Plenary Talk P1: Plenary talk - Miller
Monday, July 21,
8:00AM-9:00AM, Room: Mount Saint Helens Ballroom, Speaker: Earl K. Miller
Special Session M1S: Visual cortex: How illusions represent
reality
Monday, July 21, 9:20AM-12:00PM, Room: Multnomah, Chair:
Stephen Grossberg
9:20AM | Perceptual processes that create objects from fragments [#522] |
P. J. Kellman | |
University of California, Los Angeles | |
10:00AM | Laminar cortical dynamics of visual form perception [#42] |
Stephen Grossberg | |
Boston University | |
10:40AM | Moving objects appear to slow down at low contrasts [#608] |
Stuart Anstis | |
Department of Psychology, UC San Diego | |
11:20AM | Neural models of motion integration and segmentation [#490] |
Ennio Mingolla | |
Boston University |
Session M1T: Self-organizing maps
Monday, July 21,
9:20AM-10:40AM, Room: Clark, Chair: Erkki Oja
9:20AM | Self-organisation of language instruction for robot action control [#509] |
Mark Elshaw, Stefan Wermter, and Peter Watt | |
Centre for Hybrid Intelligent Systems, University of Sunderland | |
9:40AM | Fusion of structure adaptive self-organizing maps using fuzzy integral [#594] |
Kyung-Joong Kim and Sung-Bae Cho | |
Yonsei University | |
10:00AM | A local linear modeling paradigm with a modified counterpropagation network [#610] |
Jeongho Cho, Jose C. Principe, and Mark A. Motter | |
Computational NeuroEngineering Lab., University of Florida | |
10:20AM | Adaptive double self-organizing map and its application in clustering gene expression data [#544] |
Habtom Ressom, Dali Wang, and Padma Natarajan | |
University of Maine |
Session M1B: Neurodynamics
Monday, July 21, 9:20AM-10:40AM,
Room: Clackamas, Chair: Ali Minai
9:20AM | A new design method for complex-values multistate Hopfield associative memory [#16] |
Mehmet Kerem Muezzinoglu, Cuneyt Guzelis, and Jacek M. Zurada | |
Computational Intelligence Laboratory, University of Louisville | |
9:40AM | A two-processing element adaptable linear oscillating recurrent system with single-weight plasticity [#12] |
Michael R. Johnson and Jose C. Principe | |
Air Force SEEK EAGLE Office, University of Florida | |
10:00AM | Annealed imitation: Fast dynamics for maximum clique [#267] |
Marcello Pelillo | |
University of Venice, Italy | |
10:20AM | Dynamic properties of a class of cellular neural networks: Model, stability analysis and design method [#11] |
Giuseppe Grassi and Donato Cafagna | |
Università di Lecce |
Session M1A: Biomedical applications
Monday, July 21,
9:20AM-10:40AM, Room: Washington, Chair: David Brown
9:20AM | Modeling the relation from motor cortical neuronal firing to hand movements using competitive linear filters and a MLP [#595] |
Sung-Phil Kim, Justin C. Sanchez, Deniz Erdogmus, Yadunandana N. Rao, Jose C. Principe, and Miguel Nicolelis | |
University of Florida, Duke University | |
9:40AM | Pharmacodynamic population analysis in chronic renal failure using artificial neural networks - A comparative study [#226] |
Adam E. Gaweda, Alfred A. Jacobs, Michael E. Brier, and Jacek M. Zurada | |
University of Louisville | |
10:00AM | Identifying riskier combinations of risky behavior using a self-organizing map [#843] |
Susan B. Garavaglia | |
Schering-Plough Corporation | |
10:20AM | Local features in biomedical image clusters extracted with independent component analysis [#586] |
Christoph Bauer, Fabian J. Theis, Wolfgang Baumler, and Elmar W. Lang | |
Institute of Biophysics, University of Regensburg, Germany |
Session M2T: Radial basis functions
Monday, July 21,
10:50AM-12:10PM, Room: Clark, Chair: Lei Xu
10:50AM | Numerical solution of elliptic partial differential equation by growing radial basis function neural networks [#10] |
Jianyu Li, Siwei Luo, Yingjian Qi, and Yaping Huang | |
Computer Dept., Northern Jiaotong University, Beijing, P.R. China | |
11:10AM | Automatic basis selection for RBF networks using Stein's unbiased risk estimator [#681] |
Ali Ghodsi and Dale Schuurmans | |
university of Waterloo | |
11:30AM | Cosine radial basis function neural networks [#6] |
Mary M. Randolph-Gips and Nicolaos B. Karayiannis | |
University of Houston | |
11:50AM | A fast incremental learning algorithm of RBF networks with long-term memory [#767] |
Keisuke Okamoto, Seiichi Ozawa, and Shigeo Abe | |
Graduate School of Science and Technology, Kobe University |
Session M2B: Vision and Image Processing
Monday, July 21,
10:50AM-12:10PM, Room: Clackamas, Chair: Kunihiko Fukushima
10:50AM | Color image segmentation using rival penalization controlled competitive learning [#710] |
Lap-Tak Law and Yiu-Ming Cheung | |
Department of Computer Science, Hong Kong Baptist University | |
11:10AM | Texture discrimination based on neural dynamics of visual perception [#547] |
Vidya Manian and Ramon Vasquez | |
University of Puerto Rico | |
11:30AM | Face detection using biologically motivated saliency map model [#438] |
Sang-Woo Ban, Jang-Kyoo Shin, and Minho Lee | |
School of Electronic & Electrical Engineering/Kyungpook National University | |
11:50AM | An association architecture for the detection of objects with changing topologies [#441] |
J. Teichert and R. Malaka | |
European Media Laboratory |
Session M2A: Biomedical Applications
Monday, July 21,
10:50AM-12:10PM, Room: Washington, Chair: David Brown
10:50AM | Protecting multimedia authenticity with ICA vaccination of digital bacteria watermarks [#849] |
Harold H. Szu, S. Noel, S.-B. Yim, J. Willey, and J. Landa | |
Office of Naval Research | |
11:10AM | Artificial intelligence approach to determine minimum dose of haemodialysis [#253] |
Monika Ray and Uvais Qidwai | |
Tulane University, School of Engineering | |
11:30AM | Neural networks for odor recognition in artificial noses [#314] |
Teresa B. Ludermir and Akio Yamazaki | |
Center for Informatics - Federal University of Pernambuco | |
11:50AM | Principal component analysis for poultry tumor inspection using hyperspectral fluorescence imaging [#521] |
John T. Fletcher and Seong G. Kong | |
The University of Tennessee |
Special Session M3S: Knowledge Discovery, and Image and Signal Processing
in Medicine
Monday, July 21, 1:20PM-3:00PM, Room: Multnomah, Chair: F.
Carlo Morabito and Sameer Antani
1:20PM | Adaptive neural networks control of drug dosage regimens in cancer chemotherapy [#633] |
A. G. Floares, Carmen Floares, M. Cucu, and L. Lazar | |
Oncological Institute | |
1:40PM | Vertebra shape classification using MLP for content-based image retrieval [#791] |
Sameer Antani, L. Rodney Long, George R. Thoma, and R. Joe Stanley | |
National Library of Medicine (SA, LRL, GRT); University of Missouri-Rolla (RJS) | |
2:00PM | A Morlet wavelet classification technique for ICA filtered sEMG experimental data [#496] |
D. Costantino, A. Greco, F. C. Morabito, and M. Versaci | |
Università "Mediterranea" degli Studi di Reggio Calabria - DIMET | |
2:20PM | Time-frequency characterization of multi-channel dynamic semg recordings by neural networks [#519] |
B. Azzerboni, G. Finocchio, M. Ipsale, F. La Foresta, and F. C. Morabito | |
DIMET - Università Mediterranea di Reggio Calabria, Italy & DFMTFA - Università degli Studi di Messina, Italy | |
2:40PM | Knowledge discovery in support of early diagnosis of hepatocellular carcinoma [#512] |
F. Ciocchetta, R. Dell'Anna, F. Demichelis, A. Dhillon, A. P. Dhillon, A. Godfrey, A. Quaglia, and A. Sboner | |
ITC-irst, Trento, Italy and Royal Free and University College Medical School, London, Uk |
Session M3T: Vision and Image Processing
Monday, July 21,
1:20PM-3:00PM, Room: Clark, Chair: Kunihiko Fukushima
1:20PM | On intrinsic generalization of low dimensional representations of images for recognition [#271] |
Xiuwen Liu, Anuj Srivastava, and DeLiang Wang | |
Florida State University and The Ohio State University | |
1:40PM | Effects of temporal frequency on speed discrimination and perceived speed [#575] |
Haoming Shen, Yoshifumi Shimodaira, and Gosuke Ohashi | |
Graduate School of Electronic Science and Technology, Shizuoka University | |
2:00PM | CBP neural network for objective assessment of image quality [#266] |
Paolo Gastaldo, Rodolfo Zunino, Elena Vicario, and Ingrid Heynderickx | |
DIBE - Genoa University | |
2:20PM | Intensity-invariant color image segmentation using MPC algorithm [#795] |
Slawo Wesolkowski | |
University of Waterloo | |
2:40PM | Detecting salient contours using orientation energy distribution [#720] |
Hyeon-Cheol Lee and Yoonsuck Choe | |
Texas A&M University |
Session M3B: Learning and Memory
Monday, July 21, 1:20PM-3:00PM,
Room: Clackamas, Chair: Michael E. Hasselmo and Daniel S. Levine
1:20PM | Computational modeling of human performance in a sequence learning experiment [#292] |
Rainer Spiegel and I. P. L. McLaren | |
University of London, Goldsmiths College and University of Cambridge, Wolfson College | |
1:40PM | Presynaptic modulation as fast synaptic switching: State-dependent modulation of task performance [#516] |
Gabriele Scheler and Johann Schumann | |
ICSI, Berkeley, CA; RIACS/NASA Ames | |
2:00PM | Using temporal binding for connectionist recruitment learning over delayed lines [#679] |
Cengiz Gunay and Anthony S. Maida | |
Center for Advanced Computer Studies, University of Louisiana at Lafayette | |
2:20PM | Universal computation by networks of model cortical columns [#542] |
Patrick Simen, Thad Polk, Rick Lewis, and Eric Freedman | |
University of Michigan | |
2:40PM | Binary autoassociative morphological memories derived from the kernel method and the dual kernel method [#634] |
Peter Sussner | |
Department of Applied Mathematics, Institute of Mathematics, Statistics, and Scientific Computation, State University of Campinas |
Session M3A: Optimization and Forecasting
Monday, July 21,
1:20PM-3:00PM, Room: Washington, Chair: Danil V. Prokhorov
1:20PM | On sparsity-exploiting memory-efficient trust-region regularized nonlinear least squares algorithms for neural-network learning [#228] |
Eiji Mizutani and James W. Demmel | |
Department of Computer Science, Tsing Hua University | |
1:40PM | A comparison of dual heuristic programming (DHP) and neural network based stochastic optimization approach on collective robotic search problem [#820] |
Nian Zhang and Donald C. Wunsch II | |
University of Missouri-Rolla, Dept. of Electrical and Computer Engineering | |
2:00PM | A study of non-periodic short-term random walk forecasting based on RBFNN, ARMA, or SVR-GM(1,1,tau) approach [#464] |
Bao Rong Chang | |
Department of Electrical Engineering, Cheng Shiu Institute of Technology | |
2:20PM | Forecasting stock index increments using neural networks with trust region methods [#318] |
Paul Kang Hoh Phua, Xiaotian Zhu, and Chung-Haur Koh | |
National University of Singapore, School of Computing | |
2:40PM | Decentralized algorithms for sensor registration [#290] |
Valentino Crespi and George Cybenko | |
Thayer School of Egineering - Dartmouth College |
Special Session M4S: Attention and Consciousness in Normal
Brains
Monday, July 21, 3:20PM-5:20PM, Room: Multnomah, Chair: Andreas
A. Ioannides and John G. Taylor
3:20PM | Modeling orbitofrontal involvement in decision making on a gambling task [#515] |
Daniel S. Levine, Britain Mills, Steven Estrada, Carson Clanton, and Stephen Denton | |
University of Texas at Arlington | |
3:40PM | Consciousness and its correlates in awake condition, in different sleep stages and in epilepsy [#812] |
P. B. C. Fenwick, G. K. Kostopoulos, L. C. Liu, and A. A. Ioannides | |
Lab. for Human Brain Dynamics, RIKEN Brain Science Institute and Department of Physiology, University of Patras, Greece | |
4:00PM | Early striate activity related to attention in a choice reaction task [#793] |
Poghosyan, T. Shibata, P. B. C. Fenwick, L. C. Liu, and A. A. Ioannides | |
Laboratory for Human Brain Dynamics, RIKEN Brain Science Institute (BSI), 2-1 Hirosawa, Wako-shi, Saitama 351-0198, Japan | |
4:20PM | Testing models of attention with MEG [#804] |
A. A. Ioannides and J. G. Taylor | |
Laboratory for Human Brain Dynamics, RIKEN Brain Science Institute and Department of Mathematics, King's College London, UK | |
4:40PM | The CODAM model of attention and consciousness [#805] |
J. G. Taylor | |
King's College London | |
5:00PM | Simulations of attention control models in sensory and motor paradigms [#806] |
J. G. Taylor and N. Fragopanagos | |
King's College London |
Session M4T: Fuzzy Neural Systems
Monday, July 21,
3:20PM-5:20PM, Room: Clark, Chair: Bart Kosko and Lotfi Zadeh
3:20PM | Multi-objective optimal control of batch processes using recurrent neuro-fuzzy networks [#492] |
Jie Zhang | |
University of Newcastle, U.K. | |
3:40PM | Stability analysis of fuzzy robot control without fuzzy rule base [#579] |
Josip Kasac, Branko Novakovic, Dubravko Majetic, and Danko Brezak | |
Faculty of Mechanical Engineering and Naval Architecture | |
4:00PM | Enhancing multi-neural systems through the use of hybrid structures [#341] |
Anne Canuto, Michael Fairhurst, and Gareth Howells | |
Federal University of Rio Grande do Norte | |
4:20PM | A hierarchical neuro-fuzzy system based on s-implications [#754] |
Robert Nowicki, Rafal Scherer, and Leszek Rutkowski | |
Czestochowa University of Technology | |
4:40PM | A fuzzy autoassociative morphological memory [#630] |
Peter Sussner | |
State University of Campinas, Department of Applied Mathematics |
Session M4B: Chaos and Dynamics
Monday, July 21, 3:20PM-5:20PM,
Room: Clackamas, Chair: DeLiang Wang and Robert Kozma
3:20PM | Simulation of the Freeman model of the olfactory cortex: A quantitative performance analysis for the DSP approach [#646] |
Mustafa C. Ozturk, Jose C. Principe, Bryan A. Davis, and Deniz Erdogmus | |
University of Florida | |
3:40PM | Clustering in coupled maps on small-world networks [#541] |
Rogério de Oliveira and Luiz H. A. Monteiro | |
Universidade Presbiteriana Mackenzie | |
4:00PM | Coherent oscillations as a neural code in a model of the olfactory system [#588] |
A. Gutierrez-Galvez and R. Gutierrez-Osuna | |
Texas A&M University | |
4:20PM | A dynamic neural network method for time series prediction using the KIII model [#504] |
Haizhon Li and Robert Kozma | |
University of Memphis | |
4:40PM | Neural networks with chaotic recursive nodes: Design of associative memories, performance analysis, and contrast with traditional Hopfield architectures [#811] |
Emilio Del Moral Hernandez | |
University of Sao Paulo | |
5:00PM | Trajectory tracking via adaptive recurrent neural control with input saturation [#741] |
Edgar N. Sanchez and Luis J. Ricalde | |
CINVESTAV, Unidad Guadalajara, Mexico |
Session M4A: Hardware
Monday, July 21, 3:20PM-5:20PM, Room:
Washington, Chair: Fred Ham
3:20PM | Possible nanoelectronic implementation of neuromorphic networks [#601] |
Ozgur Turel, Ibrahim Muckra, and Konstantin Likharev | |
Department of Physics and Astronomy, Stony Brook University | |
3:40PM | The design of a bionic sensory chip based on the CNN model derived from the mammalian retina [#488] |
Wen-Chia Yang, Li-Ju Lin, and Chung-Yu Wu | |
National Chiao Tung University | |
4:00PM | An analog VLSI system for computing depth from motion parallax [#651] |
Sirisha S. Karri and Albert H. Titus | |
Department of Electrical Engineering, University at Buffalo | |
4:20PM | Predicting protein cellular localization sites with a hardware analog neural network [#514] |
S. G. Hohmann, J. Schemmel, F. Schurmann, and K. Meier | |
Kirchhoff Institute for Physics, University of Heidelberg | |
4:40PM | An analog silicon retina with multi-chip configuration [#641] |
Seiji Kameda and Tetsuya Yagi | |
Osaka University | |
5:00PM | The H1 neural network trigger [#815] |
Christian Kiesling | |
Max Planck Institute for Physics, Munich |
Plenary Poster Session Ha: Neural Networks and Evolutionary
Computation
Monday, July 21, 7:00PM-10:00PM, Room: Grand Ballroom
Extension neural network [#56] | |
M. H. Wang and Chin-Pao Hung | |
National Chin-Yi Inst. of Technology | |
Electronic nose based tea quality standardization [#34] | |
Ritaban Dutta, J. W. Gardner, K. R. Kashwan, and M. Bhuyan | |
Determination of Tea Quality by Using A Neural Network Based Electronic Nose | |
Global optimization for fast multilayer perceptron training [#348] | |
Jaewook Lee | |
POSTECH | |
Evolutionary optimization of radial basis function networks for intrusion detection [#336] | |
Alexander Hofmann and Bernhard Sick | |
University of Passau, Faculty of Mathematics and Computer Science | |
Quantitative feature evaluation using hybrid neural network and fuzzy logic approach [#359] | |
Hao Jiang and Xin Feng | |
Marquette University | |
A genetically optimized ensemble of s-FLNMAP neural classifiers based on non-parametric probability distributions functions [#280] | |
Vassilis G. Kaburlasos, S. E. Papadakis, and S. Kazarlis | |
Technological Educational Institute of Kavala, Greece | |
A genetic learning of functional link network [#289] | |
C. Bhumireddy and C. L. Philip Chen | |
The University of Texas at San Antonio | |
Evolutionary computation for parameter optimisation of evolving connectionist systems for on-line prediction of time series with changing dynamics [#435] | |
Nikola Kasabov, Qun Song, and Ikuko Nishikawa | |
Knowledge Engineering and Discovery Research Institute, Auckland University of Technology, Auckland, New Zealand | |
Finding optimal neural network basis function subsets using the Schmidt procedure [#745] | |
Francisco J. Maldonado, Michael T. Manry, and Tae-Hoon Kim | |
Chihuahua Institute of Technology and "The University of Texas at Arlington." | |
A multi-core learning algorithm for Boolean neural networks [#432] | |
Di Wang and Narendra S. Chaudhari | |
School of Computer Engg, Nanyang Technological University (NTU), Singapore | |
Solving the puzzle problem using Hopfield neural network in conjunction with tree search algorithm [#800] | |
Javid Taheri | |
The University Of Sydney | |
Implementing evolutionary self-organizing maps with the genetic operations of graph evolution theory [#429] | |
Maiga Chang and Jia-Sheng Heh | |
Dept. of Information and Computer Engineering, Chung-Yuan Christian Univ. | |
Evolving digtal circuits using particle swarm [#825] | |
V. G. Gudise and Ganesh K. Venayagamoorthy | |
University of Missouri- Rolla | |
Representation and training of vector graphics with NRAAM networks [#567] | |
Mark Schaefer and Werner Dilger | |
Chemnitz University of Technology | |
Evolution and adaptation of neural networks [#83] | |
Paulito P. Palmes, Taichi Hayasaka, and Shiro Usui | |
Department of Information and Computer Sciences, Toyohashi University of Technology | |
Discriminative training of Bayesian Chow-Liu multinet classifiers [#225] | |
Kaizhu Huang, Irwin King, and Michael R. Lyu | |
the Chinese University of Hong Kong | |
Fault tolerance of feedforward artificial neural networks - A framework of study [#25] | |
Pravin Chandra and Yogesh Singh | |
School of Information Technology, GGS Indraprastha University, Kashmere Gate, Delhi - 110006, INDIA |
Plenary Poster Session H4: Probabilistic and IT methods, Mixture Models,
RBFs, EM Algorithms and Ensemble Learning
Monday, July 21,
7:00PM-10:00PM, Room: Grand Ballroom
Multioutput feedforward neural network selection: A Bayesian approach [#338] | |
Jean-Pierre Vila and Vivien Rossi | |
UMR Analyse des Systèmes et Biométrie, INRA-ENSAM | |
Threshold-based dynamic annealing for multi-thread DAEM and its extreme [#483] | |
Masaharu Takada and Ryohei Nakano | |
Nagoya Institute of Technology | |
True risk bounds for the regression of real-valued functions [#452] | |
Rhee Man Kil and Imhoi Koo | |
Division of Applied Mathematics, Korea Advanced Institute of Science and Technology | |
A divide-and-conquer based radial basis function network with application to recurrent function modelling [#711] | |
Rongbo Huang, Yiu-Ming Cheung, and Lap-Tak Law | |
Hong Kong Baptist University, Hong Kong | |
Handling class overlap with variance-controlled neural networks [#329] | |
Ralf Kretzschmar, Nicolaos B. Karayiannis, and Fritz Eggimann | |
MeteoSwiss, University of Houston, ETH Zurich | |
Clustering using Renyi's entropy [#358] | |
Robert Jenssen, Kenneth E. Hild II, Deniz Erdogmus, Jose C. Principe, and Torbjorn Eltoft | |
University of Florida | |
Faithful feature extraction by greedy network-growing algorithm [#372] | |
Ryotaro Kamimura | |
Tokai University | |
How hierarchies of objects and constraints reduce complexity [#802] | |
Blaga N. Iordanova | |
IEEE | |
A unified view of probabilistic PCA and regularized linear fuzzy clustering [#315] | |
Yoshio Mori, Katsuhiro Honda, Akihiro Kanda, and Hidetomo Ichihashi | |
Osaka Prefecture University | |
Ensemble neural network methods for satellite-derived estimation of chlorophyll a [#550] | |
Wayne H. Slade Jr., Richard L. Miller, Habtom Ressom, and Padma Natarajan | |
University of Maine, and Stennis Space Center | |
An ensemble of classifiers approach for the missing feature problem [#692] | |
Stefan Krause and Robi Polikar | |
Rowan University | |
A dual-phase technique for pruning constructive networks [#51] | |
J. P. Thivierge, F. Rivest, and T. R. Shultz | |
McGill University | |
How many neighbors to consider in pattern pre-selection for support vector classifiers? [#635] | |
Hyunjung Shin and Sungzoon Cho | |
Dept. of Industrial Engineering, Seoul National University, Seoul, Korea | |
Modular adaptive RBF-type neural networks for letter recognition [#381] | |
Gao Daqi, Lin Chengyin, and Li Changwu | |
Department of Computer, East China University of Science and Technology | |
A novel vector quantizer for pattern classification tasks [#354] | |
V. Shiv Naga Prasad, B. Yegnanarayana, and S. Guruprasad | |
Dept. of Computer Science & Engineering, Indian Institute of Technology Madras, India |
Plenary Poster Session I6: Biomimetic and biomedical
applications
Monday, July 21, 7:00PM-10:00PM, Room: Grand Ballroom
The use of artificial neural networks to diagnose mastitis in dairy cattle [#304] | |
M. Lopez-Benavides, S. Samarasinghe, and J. G. H. Hickford | |
Lincoln University | |
Artificial neural networks for diagnosis of hepatitis disease [#518] | |
Lale Ozyilmaz and Tulay Yildirim | |
Yildiz Technical University | |
Neural network-based estimation of light attenuation coefficient [#557] | |
Siva Srirangam, Habtom Ressom, Padma Natarajan, Mohamad T. Musavi, Robert W. Virnstein, Lori J. Morris, and Wendy Tweedale | |
University of Maine, Orono, ME and St. Johns River Water Management District, Palatka, FL | |
Improved Bayesian MRI reconstruction involving neural priors based on a regularization approach [#782] | |
D. A. Karras, B. G. Mertzios, D. Graveron-Demilly, and D. van Ormondt | |
Hellenic Aerospace Industry | |
Topographic independent component analysis for fMRI signal detection [#382] | |
Anke Meyer-Baese, Dorothee Auer, and Axel Wismueller | |
Florida State University | |
Comparison and hybridization of neural networks and fuzzy logic in biomedical applications [#537] | |
Amy J. O'Brien | |
The George Washington University; Digital System Resources, Inc. | |
An intelligent system for detection of nematodes in digital images [#590] | |
Carlos A. Silva, Kaiser M. C. Magalhaes, and Adriao Duarte Doria Neto | |
Universidade Federal do Rio Grande do Norte | |
Classifying hemodynamics of MR brain perfusion images using independent component analysis (ICA) [#738] | |
Yu-Te Wu, Yi-Hsuan Kao, Wan-Yuo Guo, Tzu-Chen Yeh, Jen-Chuen Hsieh, and Michael Mu Huo Teng | |
National Yang-Ming University | |
Raman spectra calibration, extraction and neural network based training for sample identification [#844] | |
Zhengmao Ye, Prasad Manda, and Gregory Auner | |
College of Engineering, Wayne State University | |
Systolic blood pressure classification [#835] | |
Sukru Colak and Can Isik | |
Dept. of Electrical Eng. & Computer Sci., Syracuse University | |
Application of biomimetics intelligence for smart sensor surveillance system in legacy powerline network [#851] | |
Pornchai Chanyagorn, Harold H. Szu, and Ivica Kopriva | |
Digital Media RF Lab., George Washington University, USA | |
Discrete feature weighting and selection algorithm [#621] | |
Norbert Jankowski | |
Department of Informatics, Nicholas Copernicus University, Poland | |
Estimation of cutting torque in drilling system based on flexible neural network [#393] | |
Myeonghee Kim, Nobutomo Matsunaga, and Shigeyasu Kawaji | |
Graduate School of Science and Technology, Kumamoto University | |
Neural networks in comparing USN and Wageningen b-series marine propellers [#589] | |
C. Neocleous and Chr. Schizas | |
Higher Technical Institute, Cyprus | |
Bayesian regularized neural network for multiple gene expression pattern classification [#691] | |
Arpad Kelemen and Yulan Liang | |
University of Mississippi | |
Quo vadis neurocomputing? Neural computation at the edge to new perspectives [#769] | |
Nils Goerke | |
Department of Neuroinformatics, University of Bonn |
Plenary Poster Session A3: Auditory and Speech
Processing
Monday, July 21, 7:00PM-10:00PM, Room: Grand Ballroom
Using dynamic synapse based neural networks with wavelet preprocessing for speech applications [#404] | |
Sageev George, Alireza A. Dibazar, Vishal Desai, Walter Yamada, and Theodore W. Berger | |
University of Southern California | |
High performance arabic digits recognizer using neural networks [#479] | |
Yousef A. Alotaibi | |
College Computer and Inf. Scs. - King Suad University | |
Speech segmentation using probabilistic phonetic feature hierarchy and support vector machines [#618] | |
Amit Juneja and Carol Espy-Wilson | |
University of Maryland, College Park | |
An entropy based robust speech boundary detection algorithm for realistic noisy environments [#665] | |
Kim Weaver, Khurram Waheed, and Fathi M. Salem | |
Michigan State University | |
Combining evidence from multiple modular networks for recognition of consonant-vowel units of speech [#723] | |
Suryakanth V. Gangashetty, K. Sreenivasa Rao, A. Nayeemulla Khan, C. Chandra Sekhar, and B. Yegnanarayana | |
Speech and Vision Laboratory, Department of Computer Science and Engineering, Indian Institute of Technology Madras, India | |
AANN models for speaker recognition based on difference cepstrals [#678] | |
S. Guruprasad, N. Dhananjaya, and B. Yegnanarayana | |
Speech and Vision Lab., Dept. of Computer Science and Eng., IIT Madras, India | |
Phoneme transcription based om sampa for Norwegian [#246] | |
Terje Kristensen, Bernd Treeck, and Ronny Falck-Olsen | |
Bergen University College, Norway |
Plenary Poster Session H6: SOM and Component Analyses
Monday,
July 21, 7:00PM-10:00PM, Room: Grand Ballroom
Genetic algorithm applied to ICA feature selection [#350] | |
Yaping Huang | |
Department of Computer Science, Northern Jiaotong University, Beijing, China | |
Amplitude and permutation indeterminacies in frequency domain convolved ICA [#715] | |
Angelo Ciaramella and Roberto Tagliaferri | |
DMI - Università di Salerno, Italia | |
Parallel structured independent component analysis for SIMO-model-based blind separation and deconvolution of convolutive speech mixture [#332] | |
Hiroshi Saruwatari, Hiroaki Yamajo, Tomoya Takatani, Tsuyoki Nishikawa, and Kiyohiro Shikano | |
Nara Institute of Science and Technology | |
Adaptive and heuristic approaches for nonlinear source separation [#508] | |
F. Rojas, M. R. Alvarez, M. Salmeron, Carlos G. Puntonet, and Ruben Martin-Clemente | |
University of Granada (Spain) | |
Neural net with two hidden layers for non-linear blind source separation [#478] | |
Ruben Martin-Clemente, S. Hornillo-Mellado, Jose I. Acha, and Carlos G. Puntonet | |
University of Seville (Spain) | |
Robust local principal component analyzer with fuzzy clustering [#313] | |
Katsuhiro Honda, Nobukazu Sugiura, and Hidetomo Ichihashi | |
Osaka Prefecture University | |
Stability analysis of blind signals separation algorithms [#305] | |
Tianping Chen and Wenlian Lu | |
Fudan University | |
Integrated learning of linear representations [#572] | |
Xiuwen Liu and Anuj Srivastava | |
Florida State University | |
Cauchy machine for blind inversion in linear space-variant imaging [#830] | |
Harold H. Szu and Ivica Kopriva | |
George Washigton University | |
Hierarchical and dynamic SOM applied to image compression [#661] | |
Jose Marinho Barbalho | |
Universidade Federal do Rio Grande do Norte | |
Simplified nonlinear principal component analysis [#717] | |
Beiwei Lu and William W. Hsieh | |
Dept. of Earth and Ocean Sciences, University of British Columbia | |
Identification of dynamical systems using GMM with VQ initialization [#629] | |
Jing Lan, Jose C. Principe, and Mark A. Motter | |
CNEL, Dept of ECE, University of Florida | |
PCA and ICA neural implementations for source separation - A comparative study [#605] | |
Radu Mutihac and Marc M. Van Hulle | |
Dept. of Electricity & Biophysics, University of Bucharest, ROMANIA | |
Algebraic independent component analysis: An approach for separation of overcomplete speech mixtures [#669] | |
Khurram Waheed and Fathi M. Salem | |
Michigan State University | |
The self-organization by lateral inhibition model: Validation of clustering [#230] | |
Bin Tang, Malcolm I. Heywood, and Michael Shepherd | |
Dalhousie University, Nova Scotia, Canada | |
A simple learning algorithm for growing self-organizing maps and its application to the skeletonization [#724] | |
Hiroki Sasamura and Toshimichi Saito | |
EECE Dept, HOSEI Univ | |
The graded possibilistic clustering model [#466] | |
Francesco Masulli and Stefano Rovetta | |
University of Pisa/University of Genova/INFM, Italy | |
An accurate and fast neural method for PCA extraction [#473] | |
J. B. O. Souza Filho, L. P. Caloba, and J. M. Seixas | |
Federal University of Rio de Janeiro | |
Support vector visualization and clustering using self-organizing map and support vector one-class classification [#29] | |
Sitao Wu and Tommy W. S. Chow | |
City University of Hong Kong | |
Modeling CMOS gate charachteristics using independent component analysis [#656] | |
Thaddeus T. Shannon, David Abercrombie, and James McNames | |
Portland State University and LSI Logic, Portland OR, USA | |
Sunspot number prediction by a conditional distribution discrimination tree [#577] | |
Marc C. Girod Genet and Alain G. Petrowski | |
GET/INT | |
Exploiting PCA classifiers to speaker recognition [#401] | |
Wanfeng Zhang, Yingchun Yang, and Zhaohui Wu | |
College of Computer Science & Technology, Zhejiang University, P. R. China |
Plenary Poster Session G: Dynamics
Monday, July 21,
7:00PM-10:00PM, Room: Grand Ballroom
A hybrid dynamical system as an automaton on the fractal set [#399] | |
Jun Nishikawa and Kazutoshi Gohara | |
Department of Applied Physics, Hokkaido University | |
Phase transitions in a non-local neural network model having partially random connections [#649] | |
Marko Puljic and Robert Kozma | |
University of Memphis | |
Function complexity estimation and its application to the optimum tie of geophysical data using ANNs [#18] | |
Zhengping Liu | |
Southwest Jiaotong Univercity | |
Chaotic associative recalls for fixed point attractor patterns [#353] | |
Liang Zhao, Juan C. G. Caceres, and Harold H. Szu | |
Institute of Mathematics and Computer Science / University of Sao Paulo | |
Improved chaotic associative memory using distributed patterns for image retrieval [#423] | |
Yuko Osana | |
Tokyo University of Technology | |
Incremental learning by VSF network and its chaotic effects [#440] | |
Yoshitsugu Kakemoto and Shinichi Nakasuka | |
The Japan Research Institute, The university of Tokyo | |
Convergence analysis of chaotic dynamic neuron [#476] | |
Sang-Hee Kim | |
School of Electronic Eng., Kumoh Nat. Inst. of Tech, KOREA | |
A chaotic neural network for reducing the peak-to-average power ratio of multicarrier modulation [#448] | |
Masaya Ohta and Katsumi Yamashita | |
Osaka Prefecture University | |
Diagnostic monitoring of internal combustion engines by use of independent component analysis and neural networks [#460] | |
J. P. Barnard and C. Aldrich | |
University of Stellenbosch | |
Yet another "optimal" neural representation for combinatorial optimization [#611] | |
Satoshi Matsuda | |
Nihon University | |
A neural network model for general minimax problem [#66] | |
Zheng Yong-Ling, Ma Long-hua, and Qian Ji-Xin | |
Institute of System Engineering,Department of Control Science & Engineering,Zhejiang University, Hangzhou, P.R.China | |
A synthesis procedure for associative memories using cellular neural networks with space-invariant cloning template library [#439] | |
Takeshi Kamio and Mititada Morisue | |
Hiroshima City University | |
A winner-take-all circuit using second order Hopfield neural networks as building blocks [#534] | |
P. Tymoshchuk and E. Kaszkurewicz | |
NACAD/COPPE/UFRJ | |
Relaxing in a warped space: An effect due to the cooperation of static and dynamical neurons [#636] | |
Kazuyoshi Tsutsumi | |
Ryukoku University | |
New results on exponential periodicity of delayed neural networks [#45] | |
Changyin Sun, Derong Liu, and Chun-Bo Feng | |
Research Institute of Automation, Southeast University, P R China;Department of Electrical and Computer Engineering, University of Illinois, Chicago | |
Relating bayesian learning to training in recurrent networks [#293] | |
Rainer Spiegel | |
University of London, Goldsmiths College and University of Cambridge, Wolfson College | |
Adaptive parallel identification of dynamical systems by adaptive recurrent neural networks [#562] | |
James T. Lo and Devasis Bassu | |
Department of Mathematics and Statistics, University of Maryland Baltimore County, 1000 Hilltop Circle, Baltimore, MD 21250 | |
Implicit de-noising in hybrid recurrent nets for meta knowledge abduction [#772] | |
David Al-Dabass, David Evans, and Siva Sivayoganathan | |
Nottingham Trent University | |
Two–cell cellular neural networks: Generation of new hyperchaotic multiscroll attractors [#13] | |
Donato Cafagna and Giuseppe Grassi | |
Università di Lecce | |
Feedforward dynamic neural network technique for modeling and design of nonlinear telecommunication circuits and systems [#19] | |
Jianjun Xu, Mustapha C. E. Yagoub, Runtao Ding, and Q. J. Zhang | |
Carleton University, University of Ottawa, Tianjin University, Carleton University |
Plenary Poster Session E: Hardware
Monday, July 21,
7:00PM-10:00PM, Room: Grand Ballroom
Toward an analog VLSI implementation of adaptive resonance theory (ART2) [#658] | |
Senthil Kumar Ganapathy and Albert H. Titus | |
University at Buffalo, Dept of Electrical Engineering | |
Integrated pulse neuron circuit for asynchronous pulse neural networks [#447] | |
Takuya Taniguchi, Yoshihiko Horio, and Kazuyuki Aihara | |
Tokyo Denki University | |
Architecture research and hardware implementation on simplified neural computing system for face identification [#317] | |
Xu Jian, Li Weijun, Qu Yanfeng, Qin Hong, and Wang Shoujue | |
Artificial Neural Networks Laboratory, Institute of Semiconductors, Chinese Academy of Sciences | |
Hardware design of CMAC neural network for control applications [#760] | |
Chan-Mo Kim, Kwang-Ho Choi, and Yong B. Cho | |
Konkuk University | |
A model-selection approach to the VLSI design of vector quantizers [#39] | |
Massimiliano Bracco, Sandro Ridella, and Rodolfo Zunino | |
DIBE - Genoa University | |
Silicon approximation to biological neuron [#612] | |
Vladimir A. Gorelik | |
Neuronix | |
A VLSI implementation of mixed-signal mode bipolar neuron circuitry [#410] | |
Dong Pan and Bogdan M. Wilamowski | |
University of Idaho | |
A VLSI hamming artificial neural network with k-winner-take-all and k-looser-take-all capability [#757] | |
Stephane Badel, Alexandre Schmid, and Yusuf Leblebici | |
Swiss Federal Institute of Technology EPFL, Microelectronic Systems Laboratory LSM | |
An analog neural oscillator circuit for locomotion control in quadruped walking robot [#468] | |
Kazuki Nakada, Tetsuya Asai, and Yoshihito Amemiya | |
Department of Electrical Engineering, Hokkaido University | |
A survey of perceptron circuit complexity results [#582] | |
Valeriu Beiu | |
Washington State University | |
Platform performance comparison of PALM network on Pentium 4 and FPGA [#407] | |
Changjian Gao | |
OGI School of Science and Engineering at Oregon Health & Science University | |
Neural network for LIDAR detection of fish [#35] | |
V. Mitra, C. Wang, and G. Edwards | |
University of Denver, University of Colorado at Colorado Springs |
Plenary Poster Session I: Signal Processing, Telecommunications and Other
Applications
Monday, July 21, 7:00PM-10:00PM, Room: Grand Ballroom
Suppression of maternal ECG from fetal ECG using neuro fuzzy logic technique [#424] | |
C. Kezi Selva Vijila, S. Renganathan, and Stanley Johnson | |
Karunya Institute of Technology,India. | |
Eggplant classification using artificial neural network [#836] | |
Yasuo Saito, Toshiharu Hatanaka, Katsuji Uosaki, and Kazuhide Shigeto | |
Osaka University | |
Monitoring seagrass health using neural networks [#554] | |
Habtom Ressom, Suzanne K. Fyfe, Padma Natarajan, and Siva Srirangam | |
University of Maine, USA and University of Wollongong, Australia | |
A strategy for an efficient training of radial basis function networks for classification applications [#437] | |
Oliver Buchtala, Peter Neumann, and Bernhard Sick | |
University of Passau, Faculty of Mathematics and Computer Science | |
Image proessing techniques and neural network models for prediction of plant nitrate using aerial images [#744] | |
Ramesh K. Gautam and Suranjan Panigrahi | |
North Dakota State University | |
Failure analysis of transmission devices using self-organizing map [#62] | |
Bingchen Wang, Sigeru Omatu, and Toshiro Abe | |
Osaka Prefecture University | |
Application of neural network on LTCC fine line screen printing process [#67] | |
Kuo-Chuang Chiu | |
Material Research Laboratories, Industrial Technology Research Institute | |
Effect of regularization term upon fault tolerant training [#443] | |
Haruhiko Takase, Hidehiko Kita, and Terumine Hayashi | |
Mie university | |
The application of neural network soft sensor technology to an advanced control system of distillation operation [#264] | |
C. M. Bo, J. Li, S. Zhang, C. Y. Sun, and Y. R. Wang | |
College of Automation, Nanjing University of Technology, P.R.China | |
Explaining how a multi-layer perceptron predicts helicopter airframe load spectra from continuously valued flight parameter data [#563] | |
M. L. Vaughn and J. G. Franks | |
Cranfield University (RMCS) | |
Identification of the type and relative concentration of chemical warfare agents using NIST conductometric microhotplate sensors [#580] | |
Zvi Boger, D. C. Meier, R.E. Cavicchi, and S. Semancik | |
OPTIMAL - Industrial Neural Systems Ltd. and National Institute of Standards and Technology | |
Multi-scale high-speed network traffic prediction using combination of neural networks [#227] | |
Alireza Khotanzad and Nayera Sadek | |
Southern Methodist University | |
Neural network based benchmarks in the quality assessment of message digest algorithms for digital signatures based secure internet communications [#786] | |
D. A. Karras and V. Zorkadis | |
Hellenic Aerospace Industry | |
Single-trial analysis of post-movement MEG beta synchronization using independent component analysis (ICA) [#722] | |
P. L. Lee, Y. T. Wu, L. F. Chen, S. S. Chen, Tzu-Chen Yeh, L. T. Ho, and Jen-Chuen Hsieh | |
*Integrated Brain Research Laboratory, Department of Medical Research and Education, Taipei Veterans General Hospital, Taipei, Taiwan, †Institute of Radiological Sciences, ‡Departments of Anesthesiology, Psychiatry, and Radiology, §Institute of Neurosci | |
A hybrid HMM-neural network with gradient descent parameter training [#602] | |
Jaime Salazar, Marc Robinson, and Mahmood R. Azimi-Sadjadi | |
Colorado State University, Department of Electrical and Computer Engineering | |
A learning algorithm with adaptive exponential stepsize for blind source separation of convolutive mixtures with reverberations [#416] | |
Kenji Nakayama, Akihiro Hirano, and Akihide Horita | |
Dept. of Information and Systems Eng., Kanazawa Univ. | |
Finding the ordered roots of arbitrary polynomials using constrained partitioning neural networks [#362] | |
De-Shuang Huang, H. S. Horace, C. K. Law Ken, and H. S. Wong | |
Hefei Institute of Intelligent Machines, Chinese Academy of Sciences | |
Improved multiuser detectors employing genetic algorithms in a space-time block coding system [#87] | |
Yinggang Du and K. T. Chan | |
Department of Electronic Engineering, The Chinese University of Hong Kong | |
A music retrieval system based on the extraction of non-trivial recurrent themes and neural classification [#524] | |
Barbara Colaiocco and Francesco Piazza | |
Università degli Studi di Ancona | |
Support vector machines for multi-class signal classification with unbalanced samples [#379] | |
Peng Xu and Andrew K. Chan | |
Texas A & M University | |
Inheritance of information in multi-layer sigma-pi neural networks [#5] | |
R. S. Neville | |
Department of Computation, UMIST, UK | |
Piecewise-linear modeling of analog circuits using trained feed-forward neural networks and adaptive clustering of hidden neurons [#666] | |
Simona Doboli, Gaurav Gothoskar, and Alex Doboli | |
Hofstra University, Computer Science Department, SUNY Stony Brook, Electrical and Computer Engineering Department | |
Interpretation of geophysical surveys of archaeological sites using artificial neural networks [#333] | |
David J. Bescoby, Gavin C. Cawley, and P. Neil Chroston | |
University of East Anglia | |
Solving quadratic programming problems with linear Hopfield networks [#248] | |
Evgeny Dudnikov | |
IRIMS | |
Model selection for k-nearest neighbors regression using VC bounds [#23] | |
Vladimir Cherkassky, Yunqian Ma, and Jun Tang | |
Department of Electrical and Computer Engineering, University of Minnesota | |
Binary image coding using cellular neural networks [#276] | |
Dirk Feiden and Ronald Tetzlaff | |
Institute for Applied Physics, University of Frankfurt | |
Accoustic recurrent neural networks echo cancellers [#412] | |
Pedro H. G. Coelho and Luiz Biondi Neto | |
State University of Rio de Janeiro - UERJ | |
Identification of a typical CD player arm using a two-layer perceptron neural network model [#20] | |
S. V. Dudul and A. A. Ghatol | |
Reader, Department of Applied Electronics, Amravati University, Amravati | |
Rectilinear floorplanning of FPGAs using Kohonen map [#258] | |
Morteza Saheb Zamani and Masoud Soleimani | |
Computer Engineering Dept., Amirkabir University of Technology | |
RLS lattice algorithm using gradient based variable forgetting factor [#415] | |
C. F. So, S. C. Ng, and S. H. Leung | |
The Hong Kong Polytechnic University | |
On the transformation mechanisms of multilayer perceptrons with sigmoid activation functions for classifications [#456] | |
Gao Daqi, Zhu Haijun, and Nie Guiping | |
Department of Computer, East China University of Science and Technology |
Plenary Poster Session A1: Vision and Image Processing
Monday,
July 21, 7:00PM-10:00PM, Room: Grand Ballroom
Pulse coupled neural network for motion detection [#848] | |
Bo Yu and Liming Zhang | |
Department of Electronics Engineering, Fudan University | |
High performance associative memory with distance based training algorithm for character recognition [#573] | |
Ming-Jung Seow and Vijayan K. Asari | |
Old Dominion University | |
Simulation of the visual cortex with laterally connected spiking neural networks [#14] | |
Jianguo Xin and Mark J. Embrechts | |
Rensselaer Polytechnic Institute | |
License plate location based on a dynamic PCNN scheme [#475] | |
Mario I. Chacon M. and Alejandro Zimmerman S. | |
Chihuahua Institute of Technology | |
Automated tracking and classification of infrared images [#376] | |
J. S. Shaik and Khan M. Iftekharuddin | |
The University of Memphis | |
A method for selective color images compression [#394] | |
Diego de Miranda Gomes, Wedson T. de Almeida Filho, and Adriao Duarte Doria Neto | |
Universidade Federal do Rio Grande do Norte | |
Real-time image transmission on the TCP/IP network using wavelet transform and neural network [#712] | |
Jeong Ha Kim, Hyoung Bae Kim, and Boo Hee Nam | |
KangWon National University | |
Image edge detection using adaptive morphology Meyer wavelet-CNN [#324] | |
Young-Hyun Baek, Oh-Sung Byun, and Sung-Rung Moon | |
Department of Electronic Engineering Wonkwang University | |
The effects of training algorithms in MLP network on image classification [#461] | |
Nihan Coskun and Tulay Yildirim | |
Yildiz Technical University | |
A fast object detection system using GA-based threshold method [#729] | |
Seiki Yoshimori, Yasue Mitsukura, Minoru Fukumi, and Norio Akamatsu | |
University of Tokushima | |
Exploitation of sparse properties of support vector machines in image compression [#231] | |
Jonathan Robinson and Vojislav Kecman | |
University of Auckland, New Zealand | |
Unsupervised clustering of texture features using SOM and fourier transform [#451] | |
Brijesh Verma, Vallipuram Muthukkumarasamy, and Changming He | |
Griffith University | |
Edge-preserving nonlinear image restoration using adaptive components-based radial basis function neural networks [#262] | |
Dianhui Wang, Alex Talevski, and Tharam S. Dillon | |
La Trobe University | |
Retina encoder tuning and data encryption for learning retina implants [#809] | |
Oliver Baruth, Rolf Eckmiller, and Dirk Neumann | |
Division of Neuroinformatics, Department of Computer Science, University of Bonn | |
Face detection and emotional extraction system using double structure neural networks [#726] | |
Yasue Mitsukura, Kensuke Mitsukura, Minoru Fukumi, and Norio Akamatsu | |
Okayama Univ. | |
A reliable method for recognition of paper currency by approach to local PCA [#312] | |
Ali Ahmadi, Sigeru Omatu, and Toshihisa Kosaka | |
Osaka Prefecture University | |
Spectral histogram based face detection [#606] | |
Christopher Waring and Xiuwen Liu | |
Florida State University | |
Scaling, rotation, and translation invariant image recognition using competing multiple subspaces [#445] | |
Noriji Kato, Hitoshi Ikeda, Hirotsugu Kashimura, and Masaaki Shimizu | |
Corporate Research Center, Fuji Xerox, Co., Ltd. | |
Firing correlations improve detection of moving bars [#552] | |
Garrett Kenyon, Bartlett Moore, Janelle Jeffs, James Theiler, Bryan Travis, and David Marshak | |
Los Alamos National Laboratory | |
Location of coffee beans using Hopfield-type neural network [#294] | |
David R. Arellano-Baez, Edgar N. Sanchez, and Flavio A. Prieto-Ortiz | |
Cinvestav, Unidad Guadalajara | |
Comments on using MLP and FFT for fast object/face detection [#40] | |
Hazem Mokhtar El-Bakry | |
Assistant Lecturer - Faculty of Computer Science & Information systems Mansoura Univeristy - Egypt |
Plenary Talk P2: Plenary talk - Vapnik
Tuesday, July 22,
8:00AM-9:00AM, Room: Mount Saint Helens Ballroom, Speaker: Vladimir Vapnik
Special Session Tu1S: Applications in Underwater
Acoustics
Tuesday, July 22, 9:20AM-10:40AM, Room: Multnomah, Chair:
Warren Fox and Mohamed A. El-Sharkawi
9:20AM | Orthogonal transformation of output principal components for improved tolerance to error [#395] |
T. P. Mann, C. Eggen, Warren L. J. Fox, D. Krout, G. Anderson, M. A. El Sharkawi, and Robert J. Marks II | |
University of Washington | |
9:40AM | Initial species discrimination experiments with riverine salmonids [#273] |
Jae-Byung Jung, James H. Jacobs, George A. Dowding, and Patrick K. Simpson | |
Scientific Fishery Systems, Inc. | |
10:00AM | Inversion of neural network underwater acoustic model for estimation of bottom parameters using modified particle swarm optimizers [#660] |
Benjamin B. Thompson, Robert J. Marks II, Mohamed A. El-Sharkawi, Warren L. J. Fox, and Robert T. Miyamoto | |
University of Washington | |
10:20AM | Broadband sonar target classification: Pool experiments [#275] |
Jae-Byung Jung, James H. Jacobs, Gerald F. Denny, and Patrick K. Simpson | |
Scientific Fishery Systems, Inc. |
Session Tu1T: Principal Component Analysis
Tuesday, July 22,
9:20AM-10:40AM, Room: Clark, Chair: Erkki Oja
9:20AM | A canonical coordinate decomposition network [#620] |
Ali Pezeshki, Mahmood R. Azimi-Sadjadi, and Louis L. Scharf | |
Colorado State University | |
9:40AM | SOMICA: An application of self-organizing maps to geometric independent component analysis [#528] |
Fabian J. Theis, Carlos G. Puntonet, and Elmar W. Lang | |
Institute of Biophysics, University of Regensburg, Germany | |
10:00AM | Sparse linear representations for recognition [#657] |
Lei Cheng and Xiuwen Liu | |
Florida State University |
Session Tu1B: Spatial Navigation
Tuesday, July 22,
9:20AM-10:40AM, Room: Clackamas, Chair: Michael E. Hasselmo
9:20AM | Goal-directed spatial navigation of the rat depends on phases of theta oscillation in hippocampal circuitry [#570] |
Randal A. Koene, Robert C. Cannon, and Michael E. Hasselmo | |
Boston University | |
9:40AM | Building and using a hierarchical representation of space [#365] |
Horatiu Voicu | |
Duke University | |
10:00AM | Reinforcement learning for hierarchical and modular neural network in autonomous robot navigation [#747] |
Rodrigo Calvo and Mauricio Figueiredo | |
State University of Maringa | |
10:20AM | Reinforcement learning in associative memory [#607] |
Shaojuan Zhu and Dan Hammerstrom | |
OGI School of Science and Engineering at OHSU |
Session Tu1A: Signal Processing and Telecommunications
Tuesday,
July 22, 9:20AM-10:40AM, Room: Washington, Chair: Bernard Widrow
9:20AM | A recursive neural network model for processing directed acyclic graphs with labeled edges [#556] |
Marco Gori, Marco Maggini, and Lorenzo Sarti | |
Dipartimento di Ingegneria dell'Informazione - Università di Siena | |
9:40AM | A hierarchical Bayesian learning scheme for autoregressive neural networks [#470] |
Fausto Acernese, Fabrizio Barone, Rosario De Rosa, Antonio Eleuteri, Leopoldo Milano, and Roberto Tagliaferri | |
DMI - Università di Salerno, Italia | |
10:00AM | Real-time surface meshing through HRBF networks [#810] |
N. A. Borghese, S. Ferrari, and V. Piuri | |
Department of Information Technologies, University of Milan | |
10:20AM | Improving pseudorandom bit sequence generation and evaluation for secure internet communications using neural network techniques [#787] |
D. A. Karras and V. Zorkadis | |
Hellenic Aerospace Industry |
Special Session Tu2S: Dynamical Aspects of Information Encoding in Neural
Networks
Tuesday, July 22, 10:50AM-12:10PM, Room: Multnomah, Chair:
Robert Kozma and Ali Minai and DeLiang Wang
10:50AM | A neurobiological theory of meaning in perception [#845] |
Walter J. Freeman | |
University of California, Berkeley | |
11:10AM | The role of temporal coding in the processing of relational information in the mind-brain [#707] |
Lokendra Shastri | |
International Computer Science Institute | |
11:30AM | Understanding neural computation in terms of pattern languages [#288] |
Peter Andras | |
School of Computing Science, University of Newcastle upon Tyne | |
11:50AM | On a pulse-coupled network of spiking neurons having quantized state [#403] |
Hiroyuki Torikai and Toshimichi Saito | |
Hosei University |
Session Tu2T: Adaptive resonance theory
Tuesday, July 22,
10:50AM-12:10PM, Room: Clark, Chair: Gail Carpenter
10:50AM | Multi-level information fusion and hierarchical knowledge discovery by an ARTMAP neural network [#868] |
Gail A. Carpenter | |
Boston University | |
11:10AM | Evaluating quality of text clustering with ART1 [#270] |
Louis Massey | |
Royal Military College of Canada | |
11:30AM | Using adaptive resonance theory and local optimization to divide and conquer large scale traveling salesman problems [#832] |
Samuel Mulder and Donald C. Wunsch II | |
University of Missouri - Rolla | |
11:50AM | Snap-drift: Real-time, performance-guided learning [#733] |
Sin Wee Lee, Dominic Palmer-Brown, Jonathan Tepper, and Christopher Roadknight | |
Computational Intelligence Research Group, Leeds Metropolitan University | |
12:10PM | Bidirectional ARTMAP: An artificial mirror neuron system [#402] |
Martin V. Butz and Sylvian Ray | |
University of Illinois at Urbana-Champaign |
Session Tu2B: Pattern recognition
Tuesday, July 22,
10:50AM-12:10PM, Room: Clackamas, Chair: David Casasent
10:50AM | Confidence-clustering supervised radial basis function neural networks [#249] |
David Casasent and Xue-wen Chen | |
Carnegie Mellon University and California State University | |
11:10AM | A generalized feedforward neural network classifier [#653] |
Ganesh Arulampalam and Abdesselam Bouzerdoum | |
Edith Cowan University, Perth, Australia | |
11:30AM | Transductive confidence machine for active learning [#668] |
Shen-Shyang Ho and Harry Wechsler | |
George Mason University | |
11:50AM | Associative memories for handwritten pattern recognition [#38] |
Francisco J. Lopez-Aligue, Isabel Acevedo-Sotoca, Carlos Garcia-Orellana, and Horacio Gonzalez-Velasco | |
University of Extremadura, Badajoz, Spain |
Session Tu2A: Signal Processing and Telecommunications
Tuesday,
July 22, 10:50AM-12:10PM, Room: Washington, Chair: Bernard Widrow
10:50AM | Error whitening criterion for linear filter estimation [#599] |
Yadunandana N. Rao, Deniz Erdogmus, and Jose C. Principe | |
Computational NeuroEngineering Laboratory, Department of Electrical and Computer Engineering, University of Florida | |
11:10AM | Blind dereverberation of speech signals using independence transform matrix [#675] |
Jong-Hwan Lee and Soo-Young Lee | |
Brain Science Research Center and Dept. of Electrical Engineering & Computer Science, Korea Advanced Institute of Science and Technology | |
11:30AM | Employing adaptive functions and maximum entropy principle for nonlinear blind source deconvolution [#638] |
E. Corinti, V. Amadio, G. Tummarello, and Francesco Piazza | |
Politecnic University of Marche | |
11:50AM | An adaptive sub-space filter model [#389] |
Anthony Zaknich | |
Centre for Intelligent Information Processing Systems (CIIPS),The University of Western Australia |
Special Session Tu3S: Dynamical Aspects of Information Encoding in Neural
Networks
Tuesday, July 22, 1:20PM-3:00PM, Room: Multnomah, Chair:
Robert Kozma and Ali Minai and DeLiang Wang
1:20PM | Some dynamics arising from learning in a hippocampal model [#847] |
William B. Levy | |
University of Virginia | |
1:40PM | Theta theory: Requirements for encoding events and task rules explain theta phase relationships in hippocampus and neocortex [#699] |
Michael E. Hasselmo | |
Boston University | |
2:00PM | Learning spatial navigation using chaotic neural network model [#650] |
Robert Kozma and Prashant Ankaraju | |
University of Memphis | |
2:20PM | Processing of analogy in the thalamocortical circuit [#561] |
Yoonsuck Choe | |
Texas A&M University |
Special Session Tu3T: Cellular visual microprocessors
Tuesday,
July 22, 1:20PM-3:00PM, Room: Clark, Chair: Csaba Rekeczky and Tamas Roska
1:20PM | Design and synthesis methods for cellular neural networks [#785] |
Marco Gilli, Fernando Corinto, and Pierpaolo Civalleri | |
DIPARTIMENTO DI ELETTRONICA - POLITECNICO DI TORINO - TORINO - ITALY | |
1:40PM | Feature guided visual attention with topographic array processing and neural network-based classification [#560] |
G. Timar, D. Balya, I. Szatmari, and Cs. Rekeczky | |
Analogical & Neural Computing Laboratory, Computer and Automation Research Institute (SZTAKI) | |
2:00PM | A new structure of large-neighborhood cellular nonlinear network (LN-CNN) [#320] |
Chiu-Hung Cheng, Sheng-Hao Chen, Li-Ju Lin, Kuan-Hsun Huang, and Chung-Yu Wu | |
National Chiao Tung University | |
2:20PM | High speed cellular array computer realizations for low power applications [#436] |
Mika Laiho, Asko Kananen, Ari Paasio, and Kari Halonen | |
Helsinki University of Technology | |
2:40PM | Cortically-inspired visual processing with a four layer cellular neural network [#426] |
Bertram E. Shi | |
EEE/HKUST |
Session Tu3B: Pattern Recognition
Tuesday, July 22,
1:20PM-3:00PM, Room: Clackamas, Chair: David Casasent
1:20PM | RBF-based real-time hierarchical intrusion detection systems [#380] |
Ju Jiang, Chunlin Zhang, and Mohamed Kamel | |
University of Waterloo, Canada | |
1:40PM | Centroid stability with k-means fast learning artificial neural networks [#260] |
Wong Lai Ping and Alex Tay Leng Phuan | |
Nanyang Technological University | |
2:00PM | Refine decision boundaries of a statistical ensemble by active learning [#274] |
Dingsheng Luo and Ke Chen | |
The University of Manchester Institute of Science and Technology | |
2:20PM | Invariant feature representation by sparse vectors using adaptive subspace self-organizing maps [#411] |
Thomas Zheng | |
Qualcomm Inc. |
Session Tu3A: Control
Tuesday, July 22, 1:20PM-3:00PM, Room:
Washington, Chair: Gary Yen
1:20PM | Neuro emission controller for minimizing cyclic dispersion in spark ignition engines [#613] |
Pingan He | |
ECE Dept., the University of Missouri at Rolla | |
1:40PM | Mathematical underpinning of adaptive capability of recurrent neural networks with fixed weights [#28] |
James T. Lo | |
Department of Mathematics and Statistics, University of Maryland, Baltimore | |
2:00PM | A design of model driven cascade PID controllers using a neural network [#689] |
Kenji Takao, Toru Yamamoto, and Takao Hinamoto | |
Hiroshima University | |
2:20PM | Adaptive series-parallel identification of dynamical systems with uncertain bifurcations and chaos [#558] |
James T. Lo, Feng Li, and Devasis Bassu | |
Department of Mathematics and Statistics, University of Maryland Baltimore | |
2:40PM | Intelligent control of non-linear plants using Type-2 fuzzy logic and neural networks [#794] |
Patricia Melin and Oscar Castillo | |
Tijuana Institute of Technology |
Session Tu4S: Dynamical Aspects of Information Encoding in Neural
Networks
Tuesday, July 22, 3:20PM-5:40PM, Room: Multnomah, Chair:
Robert Kozma and Ali Minai and DeLiang Wang
3:20PM | Dynamic cortical cooperation related to visual perception [#581] |
R. Eckhorn, A. Gail, A. Bruns, and B. Al-Shaikhli | |
Philipps University, Physics Dept., Neurophysics Group, Marburg, Germany | |
3:40PM | A dynamical model for multi-scale pixel clustering [#357] |
Liang Zhao, Antonio P. G. Damiance Jr., Rogerio A. Furukawa, and Andre C. P. L. F. Carvalho | |
Institute of Mathematics and Computer Science / University of Sao Paulo | |
4:00PM | Monaural speech segregation and oscillatory correlation [#759] |
DeLiang Wang | |
The Ohio State University | |
4:20PM | Recurrent timing nets for auditory scene analysis [#682] |
Peter Cariani | |
Harvard Medical School |
Session Tu4T: Support vector machines
Tuesday, July 22,
3:20PM-5:40PM, Room: Clark, Chair: Ke Chen
3:20PM | Multiple model classification using SVM-based approach [#37] |
Yunqian Ma and Vladimir Cherkassky | |
Department of Electrical and Computer Engineering, University of Minnesota | |
3:40PM | Training support vector machines: A quantum-computing perspective [#263] |
Davide Anguita, Sandro Ridella, Fabio Rivieccio, and Rodolfo Zunino | |
DIBE - University of Genoa | |
4:00PM | Training support vector machines with particle swarms [#349] |
U. Paquet and A. P. Engelbrecht | |
University of Pretoria, South Africa | |
4:20PM | Fuzzy least squares support vector machines [#603] |
Daisuke Tsujinishi and Shigeo Abe | |
Graduate School of Science and Technology, Kobe University | |
4:40PM | Reordering adaptive directed acyclic graphs: An improved algorithm for multiclass support vector machines [#413] |
Thimaporn Phetkaew, Boonserm Kijsirikul, and Wanchai Rivepiboon | |
Department of Computer Engineering, Chulalongkorn University, Thailand | |
5:00PM | Support vector machines for class representation and discrimination [#642] |
Chao Yuan and David Casasent | |
Carnegie Mellon University ECE Dept. | |
5:20PM | Using support vector machines in optimization for black-box objective functions [#255] |
Hirotaka Nakayama, Masao Arakawa, and Koji Washino | |
Konan University, Dept. of Info. Sci. & Sys. Eng. |
Special Session Tu4S: Discussion Panel: Biologically inspired/motivated
computational models
Tuesday, July 22, 3:20PM-5:40PM, Room:
Washington, Chair: Mitra Basu
3:20PM | Biologically motivated computational models [#869] |
Mitra Basu | |
CISE Directorate, EIA Division, National Science Foundation |
Plenary Poster Session G1: Neurodynamics, Learning and
Memory
Tuesday, July 22, 7:00PM-10:00PM, Room:
Synaptic modification of interneuron afferents in a hippocampal CA3 model prevents activity oscillations [#576] | |
David W. Sullivan and William B. Levy | |
University of Virginia/Department of Neurosurgery | |
Defining time in a minimal hippocampal CA3 model by matching time-span of associative synaptic modification and input pattern duration [#530] | |
Kurt E. Mitman, Patryk A. Laurent, and William B. Levy | |
University of Virginia/Department of Neurosurgery | |
Timing of consecutive traveling pulses in a model of entorhinal cortex [#640] | |
Anatoli Gorchetchnikov and Michael E. Hasselmo | |
Boston University | |
Latent attractor selection for variable length episodic context stimuli with distractors [#659] | |
Simona Doboli and Ali A. Minai | |
Hofstra University, Computer Science Department and University of Cincinnati, ECECS Department | |
Consecutive face recognition by association cortex - entorhinal cortex - hippocampal formation model [#240] | |
K. Nakamura, J. Nitta, H. Takano, and M. Yamazaki | |
Graduate School of Engineering, Toyama Prefectural University | |
T-maze training of a recurrent CA3 model reveals the necessity of novelty-based modulation of LTP in hippocampal region CA3 [#831] | |
J. D. Monaco and William B. Levy | |
University of Virginia/Department of Neurosurgery |
Plenary Poster Session D: Informatics
Tuesday, July 22,
7:00PM-10:00PM, Room: Grand Ballroom
The importance of stop word removal on recall values in text categorization [#790] | |
Catarina Silva and Bernardete Ribeiro | |
University of Coimbra/Polytechnic Institute of Leiria - Portugal | |
Training and holistic computation of vector graphics with Hebbian bases in contrast to RAAM networks [#591] | |
Mark Schaefer and Werner Dilger | |
Chemnitz University of Technology | |
Fault detection system in gas lift well based on artificial immune system [#756] | |
Mariana Araujo, Jose Aguilar, and Hugo Aponte | |
Universidad de los Andes | |
An investigation into the source of power for AIRS, an artificial immune classification system [#765] | |
Donald Goodman, Lois Boggess, and Andrew Watkins | |
Department of Psychology, Department of Computer Science and Engineering, Mississippi State University, and Computing Laboratory, University of Kent at Canterbury | |
Self-organizing neural networks for efficient clustering of gene expression data [#328] | |
Ji He, Ah-Hwee Tan, and Chew-Lim Tan | |
School of Computing, National University of Singapore | |
Membership scoring via independent feature subspace analysis for grouping co-expressed genes [#750] | |
Hyejin Kim, Seungjin Choi, and Sung-Yang Bang | |
POSTECH | |
Probabilistic neural networks for multi-class tissue discrimination with gene expression data [#801] | |
Rui Xu and Donald C. Wunsch II | |
University of Missouri - Rolla | |
Genetic search for optimal ensemble of feature-classifier pairs in DNA gene expression pfofiles [#753] | |
Chanho Park and Sung-Bae Cho | |
Department of computer science, Yonsei university | |
Paired neural network with negatively correlated features for cancer classification in DNA gene expression profiles [#414] | |
Hong-Hee Won and Sung-Bae Cho | |
Dept. of Computer Science, Yonsei Univ. | |
Probabilistic neural network classification for microarray data [#523] | |
Barbara Comes and Arpad Kelemen | |
University of Mississippi | |
Classification of eukaryotic and prokaryotic cells by a backpropagation network [#247] | |
Terje Kristensen and Ruben Patel | |
Bergen University College, Norway | |
Integrated gene expression analysis of multiple microarray data sets based on a normalization technique and on adaptive connectionist model [#434] | |
Liang Goh and Nikola Kasabov | |
Knowledge Engineering & Discovery Research Institute, Auckland University of Technology, New Zealand | |
Robust regression under asymmetric or/and non-constant variance error by simultaneously training conditional quantiles [#444] | |
Ichiro Takeuchi, Noriyuki Yamanaka, and Takeshi Furuhashi | |
Mie University | |
Coloring black boxes: Visualization of neural network decisions [#409] | |
Wlodzislaw Duch | |
Nanyang Technological University | |
Time series novelty detection using one class support vector machines [#377] | |
Junshui Ma and Simon Perkins | |
NIS-2, Los Alamos National Laboratory | |
Data mining for building neural protein sequence classification systems with improved performance [#254] | |
Dianhui Wang, Nung Kion Lee, and Tharam S. Dillon | |
La Trobe University | |
Interval arithmetic inversion: A new rule extraction algorithm [#74] | |
Carlos Hernandez-Espinosa, Mercedes Fernandez-Redondo, and Mamen Ortiz-Gomez | |
Universidad Jaume I, Castellon, Spain | |
Relevance feedback with active learning for document retrieval [#36] | |
Takashi Onoda, Hiroshi Murata, and Seiji Yamada | |
Central Research Institute of Electric Power Industry | |
A SOM projection technique with the growing structure for visualizing high-dimensional data [#763] | |
Zheng Wu and Gary G. Yen | |
Oklahoma State University | |
Naive Bayesian classifier for microarray data [#625] | |
Arpad Kelemen, Hong Zhou, Pamela Lawhead, and Yulan Liang | |
University of Mississippi | |
Efficient realization of classification using modified Haar DWT [#343] | |
Rory Mulvaney and Dhananjay S. Phatak | |
University of Maryland Baltimore County | |
Predicting intrusions with local linear models [#47] | |
PingZhao Hu and Malcolm I. Heywood | |
Dalhousie University | |
A comparison of SOM based document categorization systems [#347] | |
Xiao Luo and A. Nur Zincir-Heywood | |
Dalhousie University | |
Neural networks for web page classification based on augmented PCA [#33] | |
Ali Selamat and Sigeru Omatu | |
Osaka Prefecture University | |
Neural networks mine for gold at the greyhound racetrack [#535] | |
Ulf Johansson and Cecilia Sonstrod | |
Department of Business and Informatics, University of Boras | |
Learning classifier systems for data mining: A comparison of XCS with other classifiers for the forest cover data set [#494] | |
A. J. Bagnall and Gavin C. Cawley | |
University of East Anglia | |
On the capability of an SOM based intrusion detection system [#46] | |
H. Gunes Kayacik, A. Nur Zincir-Heywood, and Malcolm I. Heywood | |
Dalhousie University, Faculty of Computer Science | |
Mineral potential mapping using feed-forward neural networks [#701] | |
Andrew Skabar | |
School of Information Technology, Deakin University, Australia | |
Intrusion detection using radial basis function network on sequences of system calls [#822] | |
Arvind Rapaka, Alexander Novokhodko, and Donald C. Wunsch II | |
University of Missouri-Rolla | |
Application of the method of elastic maps in analysis of genetic texts [#485] | |
A. N. Gorban, A. Yu. Zinovyev, and Donald C. Wunsch II | |
Institut des Hautes Études Scientifiques | |
Towards a tactile communication system with dialog-based tuning [#808] | |
Carsten Wilks, Thomas Schieder, and Rolf Eckmiller | |
Division of Neuroinformatics, Department of Computer Science, University of Bonn | |
Unsupervised similarity-based feature selection using heuristic Hopfield neural networks [#841] | |
S. Y. M. Shi and P. N. Suganthan | |
Nanyang Technological University, Republic of Singapore | |
Bagged ensembles of support vector machines for gene expression data analysis [#361] | |
Giorgio Valentini, Marco Muselli, and Francesca Ruffino | |
DSI, Dip. Scienze dell' Informazione, Universita' degli Studi di Milano | |
Improved fuzzy lattice neurocomputing (FLN) for semantic neural computing [#63] | |
Vassilis G. Kaburlasos | |
Technological Educational Institute of Kavala, Greece | |
A cascade form blind source separation connecting source separation and linearization for nonlinear mixtures [#771] | |
Kenji Nakayama, Akihiro Hirano, and Takayuki Nishiwaki | |
Dept. of Information and Systems Eng., Kanazawa Univ. | |
Natural gradient based blind multi user detection in QPSK DS-CDMA systems [#667] | |
Khurram Waheed, Keyur Desai, and Fathi M. Salem | |
Michigan State University |
Plenary Poster Session F1: Reinforcement Learning and
Control
Tuesday, July 22, 7:00PM-10:00PM, Room: Grand Ballroom
The further discussions on constrained learning algorithms [#342] | |
De-Shuang Huang | |
Institute of Intelligent Machines, Chinese Academy of Sciences | |
Acceleration of Levenberg-Marquardt training of neural networks with variable decay rate [#22] | |
Tai-Cong Chen, Da-jian Han, Francis T. K. Au, and L. G. Tham | |
Department of Civil Engineering, South China University of Technology, Guangzhou, People’s Republic of China | |
Adaptive critic designs and their implementations on different neural network architectures [#816] | |
Jung-Wook Park, Ganesh K. Venayagamoorthy, and Ronald G. Harley | |
Georgia Institute of Technology., Atlanta, USA | |
Combination of on-line clustering and q-value based genetic reinforcement learning for fuzzy network design [#65] | |
Chia-Feng Juang | |
Dept. of Electrical Engineering, National Chung-Hsing University | |
Approximate dynamic programming based optimal neurocontrol synthesis of a chemical reactor process using proper orthogonal decomposition [#838] | |
Radhakant Padhi and S. N. Balakrishnan | |
University of Missouri - Rolla | |
A performance comparison of TRACA - An incremental on-line learning algorithm [#57] | |
Matthew W. Mitchell | |
School of Computer Science and Software Engineering, Monash university | |
Fast convergence for back-propagation network with magnified gradient function [#234] | |
S. C. Ng, C. C. Cheung, S. H. Leung, and Andrew Luk | |
The Open University of Hong Kong | |
Competitive reinforcement learning in continuous control tasks [#383] | |
Myriam Abramson, Peter Pachowicz, and Harry Wechsler | |
George Mason University | |
A neural cascade architecture for document retrieval [#578] | |
Abdelhamid Bouchachia and Roland Mittermeir | |
Dept. Informatics-Systems, University of Klagenfurt | |
A wavelet-based neuro-fuzzy system and its applications [#397] | |
Cheng-Jian Lin | |
Department of Computer Science and Information Engineering Chaoyang University of Technology | |
Feature extraction for neural-fuzzy inference system [#233] | |
Chai Quek, Geok See Ng, and Abdul Wahab | |
Nanyang Technological University | |
A PID neural network controller [#442] | |
Yu Yongquan, Huang Ying, and Zeng Bi | |
Guangdong University of Technology | |
Modular fuzzy hyperline segment neural network [#842] | |
P. M. Patil, U. V. Kulkarni, and T. R. Sontakke | |
College of Engineering and Technology, Vishnupuri, India | |
Multivariate time series model discovery with similarity-based neuro-fuzzy networks and genetic algorithms [#683] | |
Julio J. Valdes and Alan J. Barton | |
National Research Council Canada | |
Adaptive fuzzy-neural control for uncertain time-delayed systems [#88] | |
Wen-Shyong Yu | |
EE Dept. Tatung University | |
Three improved fuzzy lattice neurocomputing (FLN) classifiers [#50] | |
Al Cripps, N. Nguyen, and Vassilis G. Kaburlasos | |
Middle Tennessee State University | |
Parameter sensitivities of a neuro-based adaptive controller with guaranteed stability [#549] | |
M. B. Menhaj and Swakshar Ray | |
School of Electrical and Computer Engineering and Department of Computer Science, Oklahoma State University |
Plenary Poster Session H1: Adaptive Resonance Theory and Mathematics of
Neural Systems
Tuesday, July 22, 7:00PM-10:00PM, Room: Grand
Ballroom
A comparative study of the category choice of the fuzzy art with the L-1 norm [#78] | |
Issam Dagher | |
University of Balamand | |
Fuzzy ARTMAP with relevance factor [#229] | |
Razvan Andonie, Lucian Sasu, and Valeriu Beiu | |
Transylvania University of Brasov | |
From categorical semantics to neural network design [#269] | |
Michael J. Healy, Thomas P. Caudell and Yunhai Xiao | |
University of New Mexico/University of Washington | |
Universal approximation with fuzzy ART and fuzzy ARTMAP [#706] | |
Stephen J. Verzi, Gregory L. Heileman, Michael Georgiopoulos, and Georgios C. Anagnostopoulos | |
University of New Mexico and University of New Mexico and University of Central Florida and Florida Institute of Technology | |
Perceptron learning in the domain of graphs [#450] | |
Brijnesh J. Jain and Fritz Wysotzki | |
Technical University Berlin | |
A novel approach for training small-sized multi-layer perceptrons [#746] | |
Deepak P. Chermakani | |
Nanyang Technological University, Singapore | |
Accurate initialization of neural network weights by backpropagation of the desired response [#609] | |
Deniz Erdogmus, Oscar Fontenla-Romero, Jose C. Principe, Amparo Alonso-Betanzos, Enrique Castillo, and Robert Jenssen | |
University of Florida, University of A Coruña, University of Cantabria | |
New learning factor and testing methods for conjugate gradient training algorithm [#697] | |
Tae-Hoon Kim, Michael T. Manry, and Javier F. Maldonado | |
University of Texas at Arlington, Chihuahua Institute of Technology, Chihuahua, Chih., México | |
On variable sizes and sigmoid activation functions of multilayer perceptrons [#388] | |
Gao Daqi, Liu Hua, and Li Changwu | |
Department of Computer, East China University of Science and Technology | |
Improve neural network training using redundant structure [#616] | |
Yingjie Yang, Chris Hinde, and David Gillingwater | |
De Montfort University | |
An efficient learning algorithm with second-order convergence for multilayer neural networks [#510] | |
Hiroshi Ninomiya, Chikahiro Tomita, and Hideki Asai | |
Shonan Institute of Technology | |
A novel min-max feature value based neural architecture and learning algorithm for classification of microcalcifications [#628] | |
Brijesh Verma, Rinku Panchal, and Kuldeep Kumar | |
Griffith University |
Plenary Poster Session H2: Support vector machines
Tuesday, July
22, 7:00PM-10:00PM, Room: Grand Ballroom
Robust optimization in support vector machine training with bounded errors [#386] | |
Theodore B. Trafalis and Samir A. Alwazzi | |
School of Industrial Engineering-The University of Oklahoma | |
A kernel fuzzy classifier with ellipsoidal regions [#408] | |
Kenichi Kaieda and Shigeo Abe | |
Graduate School of Science and Technology, Kobe University | |
A role of total margin in support vector machines [#457] | |
Min Yoon, Yeboon Yun, and Hirotaka Nakayama | |
Yonsei University | |
Comparison of L1 and L2 support vector machines [#698] | |
Yoshiaki Koshiba and Shigeo Abe | |
Graduate School of Science and Technology, Kobe University | |
Fast linear stationary methods for automatically biased support vector machines [#840] | |
D. Lai, M. Palaniswami, and N. Mani | |
The University of Melbourne | |
Identification of chaotic process systems with least squares support vector machines [#686] | |
G. T. Jemwa and C. Aldrich | |
University of Stellenbosch | |
SVM learning with fixed-point math [#474] | |
Davide Anguita, Andrea Boni, and Sandro Ridella | |
University of trento, Italy | |
Optimizing support vector regression hyperparameters based on cross-validation [#484] | |
Kentaro Ito and Ryohei Nakano | |
Nagoya Institute of Technology | |
Design of support vector machine by adaptive aggregation [#497] | |
Oscar Chacon, Igor Litvintchev, Ada Alvarez, and Ernesto Vazquez | |
Universidad Autonoma de Nuevo Leon | |
SMO algorithm for least squares SVM [#90] | |
S. Sathiya Keerthi and Shirish K. Shevade | |
National University of Singapore |
Plenary Poster Session I8: Power System Applications
Tuesday,
July 22, 7:00PM-10:00PM, Room: Grand Ballroom
Power system security evaluation using ANN: Feature selection using divergence [#345] | |
K. R. Niazi, C. M. Arora, and S. L. Surana | |
Malaviya National Institute of Technology, Jaipur, India | |
Evaluation of cosine radial basis function neural networks on electric power load forecasting [#8] | |
Nicolaos B. Karayiannis, Mahesh Balasubramanian, and Heidar A. Malki | |
University of Houston | |
Direct torque control of induction motors by use of the GMR neural network [#631] | |
G. Cirrincione, M. Cirrincione, C. Lu, and M. Pucci | |
ISSIA-CNR | |
Neuro-hybrid GA based economic dispatch for utility system [#693] | |
N. Kumarappan and M. R. Mohan | |
Anna University | |
Self-organizing neural-based fuzzy controller for transient stability of multimachine power systems using flywheel battery [#61] | |
M. H. Wang and Chin-Pao Hung | |
National Chin-Yi Inst. of Technology | |
Neural systems for solving the inverse problem about recovering the primary signal waveform in potential transformers [#824] | |
Nikola Kasabov, Gancho Venkov, and Stefan Minchev | |
Knowledge Engineering and Discovery Research Institute, Auckland University of Technology, New Zealand |
Plenary Poster Session A2: Pattern recognition
Tuesday, July 22,
7:00PM-10:00PM, Room: Grand Ballroom
Recognition system for EMG signals by using non-negative matrix factorization [#743] | |
Yuuki Yazama, Yasue Mitsukura, Minoru Fukumi, and Norio Akamatsu | |
Dept. of Information Science & Intelligent Systems,Faculty of Engineering, University of Tokushima | |
Human head detection using multi-modal object features [#340] | |
Yun Luo, Yi Lu Murphey, and Farid Khairallah | |
University of Michigan - Dearborn, TRW Automotive | |
Local voting networks for human face recognition [#480] | |
Metin Artiklar, Xiaoyan Mu, Mohamad H. Hassoun, and Paul Watta | |
Fatih University and Wayne State University | |
Application of four-layer neural network on information extraction [#69] | |
Min Han, Lei Cheng, and Hua Meng | |
School of Electronic and Information Engineering,Dalian University of Technology | |
Submodular neural network is better than modular neural network and support vector machines for personal verification [#243] | |
Takashi Nagano, Makoto Hirahara, and Hideo Eguchi | |
Faculty of Engineering, Hosei University | |
A new class of convolutional neural networks (SICoNNets) and their application to face detection [#645] | |
F. H. C. Tivive and Abdesselam Bouzerdoum | |
Edith Cowan University | |
Permutative coding technique for handwritten digit recognition system [#277] | |
E. Kussul and T. Baidyk | |
CCADET, UNAM | |
3D face recognition by profile and surface matching [#367] | |
Gang Pan, Yijun Wu, Zhaohui Wu, and Wenyao Liu | |
Zhejiang University | |
Various decomposition methods applied to face recognition [#506] | |
Jaepil Ko, Eunju Kim, and Hyeran Byun | |
Dept. Computer Science, Yonsei University | |
Feature selection forcing overtraining may help to improve performance [#517] | |
Enrique Romero, Josep M. Sopena, Gorka Navarrete, and René Alquézar | |
Universitat Politècnica de Catalunya | |
Pattern recognition device using scalar vector graphics [#619] | |
Rex Sandwith | |
Living Database | |
A novel electromyography (EMG) based classification approach for arabic handwriting [#690] | |
Azzedine Lansari, Faouzi Bouslama, Mohammed Khasawneh, and Akram Al-Rawi | |
Zayed University | |
An adaptive sparse distributed memory [#728] | |
Jose Aguilar | |
Universidad de los Andes | |
Modular neural networks for solving high complexity problems [#731] | |
Hazem Mokhtar El-Bakry | |
Asistant Lecturer - Faculty of computer science and Information Systems- Mansoura Univeristy - Egypt | |
Human face recognition based on radial basis probabilistic neural network [#53] | |
Lin Guo and De-Shuang Huang | |
Institute of Intelligent Machines, Chinese Academy of Sciences | |
Classification of the italian liras using the LVQ method [#60] | |
Sigeru Omatu | |
Osaka Prefecture University | |
A method of biomimetic pattern recognition for face recognition [#86] | |
Wang Zhi-hai, Mo Hua-Yi, Lu Hua-Xiang, and Wang Shou-Jue | |
Lab of Artificial Neural Networks, Institute of Semiconductors, Chinese Academic of Science, Beijing, China | |
Neural interpolator for image recognition [#278] | |
O. Makeyev | |
Kyiv National Taras Shevchenko University | |
A neuro-fuzzy graphic object classifier with modified distance measure estimator [#472] | |
R. A. Aliev, B. G. Guirimov, and R. R. Aliev | |
Azerbaijan State Oil Academy | |
Combinative neural-network-based classifiers for optical handwritten character and letter recognition [#539] | |
Gao Daqi, Xie Chao, and Nie Guiping | |
Department of Computer, East China University of Science and Technology | |
Document clustering using hierarchical SOMART neural network [#540] | |
M. F. Hussin and Mohamed Kamel | |
University of Alexandria | |
Facial expression recognition combined with robust face detection in a convolutional neural network [#644] | |
Masakazu Matsugu, Katsuhiko Mori, Yusuke Mitarai, and Yuji Kaneda | |
Canon Research Center | |
Hierarchical learning of optimal linear representations [#654] | |
Qiang Zhang and Xiuwen Liu | |
Computer Science Dept. Florida State University | |
GA-SVM wrapper approach for feature subset selection in keystroke dynamics identity verification [#301] | |
Enzhe Yu and Sungzoon Cho | |
Department of Industrial Engineering, Seoul National University, Korea | |
Biomimetic (topological) pattern recognition: A new model of pattern recognition theory and its application [#236] | |
Wang Shoujue Chen Xu | |
Artificial Neural Networks Laboratory, Institute of Semiconductors, Chinese Academy of Sciences | |
A feature extraction of the EEG during listening to the music using the factor analysis and neural networks [#730] | |
Shin-ichi Ito, Yasue Mitsukura, Minoru Fukumi, and Norio Akamatsu | |
University of Tokushima | |
Gene expression data analysis using support vector machines [#719] | |
Feng Chu and Lipo Wang | |
Nanyang Technological University | |
Robust recognition based on adaptive combination of weak classifiers [#777] | |
Guoping Wang, Misha Pavel, and Xubo Song | |
OGI School of Science & Engineering at Oregon Health & Science University | |
Optimizing radial basis probabilistic neural networks using recursive orthogonal least squares algorithms combined with micro-genetic algorithms [#346] | |
Wenbo Zhao, De-Shuang Huang, and Lin Guo | |
Department of Automation, University of Science and Technology of China | |
Using artificial neural networks to identify headings in newspaper documents [#702] | |
Wei Zhange and Timothy L. Andersen | |
Boise State University | |
"Freecell" neural network heuristics [#453] | |
Alphonsus Dunphy and Malcolm I. Heywood | |
Dalhousie University | |
Layered neural network training with model switching and hidden layer feature regularization [#798] | |
Keisuke Kameyama and Kei Taga | |
University of Tsukuba | |
Multi class support vector machine implementation to intrusion detection [#422] | |
Tarun Ambwani | |
K. K. Wagh College Of Engineering, Nasik, INDIA | |
On the efficiency of orthogonal least squares reduced probabilistic neural networks [#363] | |
Gilles Labonte | |
Royal Military College of Canada | |
A multivalent logic approach to risk estimation of learning machines [#788] | |
Bojan Novak | |
Univeristy of Maribor, FERI, Smetanova 17, 2000 Maribor, Slovenija | |
Toward a modular connectionist model of local chlorophyll concentration from satellite images [#568] | |
E. Trentin, L. Magnoni, and A. Andronico | |
Dip. di Ingegneria dell'Informazione, Univ. di Siena - Via Roma, 56 Siena (Italy) 53100 | |
Improved defect detection using support vector machines and wavelet feature extraction based on vector quantization and SVD techniques [#784] | |
D. A. Karras | |
Hellenic Aerospace Industry | |
Three heuristics for receptive field optimization for ensemble encoding [#761] | |
Ashraf M. Abdelbar, Deena O. Hassan, Gene A. Tagliarini, and Sridhar Narayan | |
American University in Cairo |
Plenary Poster Session F3: Optimization and Control
Tuesday,
July 22, 7:00PM-10:00PM, Room: Grand Ballroom
A general projection neural network for solving optimization and related problems [#239] | |
Youshen Xia and Jun Wang | |
Chinese University of Hong Kong | |
Extended simulated annealing for augmented TSP and multisalesmen TSP [#325] | |
Chi-Hwa Song, Kyunghee Lee, and Won Don Lee | |
Dept. of Computer Science Chungnam National University Daejeon, Korea | |
Support vector machines and the electoral college [#398] | |
Alexander Malyscheff and Theodore B. Trafalis | |
School of Industrial Engineering, University of Oklahoma | |
Mixed analog/digital system for quadratic assignment problems [#676] | |
Yukihiro Kobayashi | |
Tokyo Denki University | |
Distribution approximation, combinatorial optimization, and Lagrange-barrier [#716] | |
Lei Xu | |
Department of Computer Science and Engineering, The Chinese University of Hong Kong | |
Synthesis of a k-winners-take-all neural network using linear programming with bounded variables [#531] | |
L. V. Ferreira, E. Kaszkurewicz, and A. Bhaya | |
NACAD/COPPE/UFRJ | |
Regularization and feedforward artificial neural network training with noise [#26] | |
Pravin Chandra and Yogesh Singh | |
School of Information Technology, GGS Indraprastha University, Kashmere Gate, Delhi - 110006, INDIA | |
Hybrid adaptive fuzzy control wing rock motion system with H8 robust performance [#235] | |
Chin-Teng Lin, Tsu-Tian Lee, Chun-Fei Hsu, and Chih-Min Lin | |
National Chiao-Tung University, Taiwan | |
Parameter plane analysis of neurocontrol vehicle systems for limit cycle prediction [#307] | |
Bing-Fei Wu, Jau-Woei Perng, and Tsu-Tian Lee | |
Department of Electrical and Control Engineering, National Chiao Tung University | |
Parameter sensitivities of a neuro-based adaptive controller with guaranteed stability [#813] | |
M. B. Menhaj and Swakshar Ray | |
Oklahoma State University, Stillwater | |
Maximum entropy utility equilibrium of mobile agents with aggregated statistical behaviours [#684] | |
Alexandru Murgu | |
University of Jyvaskyla, Finland | |
Robust tracking control of uncertain nonlinear systems with an input time delay [#232] | |
Chiang-Cheng Chiang and Tzu-Ching Tung | |
Tatung University, Taiwan | |
Development of autonomous flight control system for unmanned helicopter by use of neural networks [#748] | |
Hiroaki Nakanishi and Koichi Inoue | |
Kyoto University | |
Constructive neural network in model-based control of a biotechnological process [#600] | |
L. A. C. Meleiro, R. Maciel Filho, and F. J. Von Zuben | |
Unicamp/Brazil | |
Lyapunov stability analysis of the quantization error for DCS neural networks [#500] | |
Sampath Yerramalla, Edgar Fuller, and Bojan Cukic | |
Department of Computer Science/Department of Mathematics, West Virginia University | |
An in-vehicle virtual driving assistant using neural nets [#799] | |
Anya Tascillo and Ronald Miller | |
Ford Motor Company | |
Transition between position-matching control and rhythm-matching control in hand tracking task is explained by a phase model for hand motion [#297] | |
Fumihiko Ishida, Yoshiki Kuramoto, and Yasuji Sawada | |
Graduate School of Information Systems University of Electro-Communications, Graduate School of Sciences Kyoto University, Department of Communication Tohoku Institute of Techonology | |
Applying guided evolutionary simulated annealing to cost-based abduction [#662] | |
Ashraf M. Abdelbar and Heba Amer | |
American University in Cairo |
Plenary Poster Session I3: Time Series Analysis and Financial
Engineering
Tuesday, July 22, 7:00PM-10:00PM, Room: Grand Ballroom
Radial basis network approach for non linear filtering in discrete time [#265] | |
Vivien Rossi and Jean-Pierre Vila | |
INRA-ENSAM | |
Stock market prediction using neural networks: Does trading volume help in short-term prediction? [#59] | |
Xiaohua Wang, Paul Kang Hoh Phua, and Weidong Lin | |
School of Computing, National University of Singapore, Singapore | |
An adaptive detection of anomalies in user's behavior [#548] | |
Artem M. Sokolov | |
International Research and Training Center of Informational Technologies and Systems | |
Neural networks and Cao's method: A novel approach for air pollutants time series forecasting [#503] | |
S. Marra, F. C. Morabito, and M. Versaci | |
Università "Mediterranea" degli Studi di Reggio Calabria - DIMET | |
Time series identifying and modeling with neural networks [#58] | |
Dayong Gao, Y. Kinouchi, K. Ito, and Xueli Zhao | |
University of Tokushima, Japan and University of Montreal, Canada | |
Prediction of white noise time series using artificial neural networks and asymmetric cost functions [#672] | |
Sven F. Crone | |
University of Hamburg, Institute of Information Systems | |
Autonomous diagnostics and prognostics through competitive learning driven HMM-based clustering [#664] | |
Ratna Babu Chinnam and Pundarikaksha Baruah | |
Wayne State University | |
Improving data based nonlinear process modelling through Bayesian combination of multiple neural networks [#455] | |
Zainal Ahmad and Jie Zhang | |
University of Newcastle, U.K. | |
Robust short term prediction using combination of linear regression and modified probabilistic neural network model [#77] | |
Tony Jan | |
Faculty of Information Technology, University of Technology, Sydney, Australia | |
Fast and efficient second-order training of the dynamic neural network paradigm [#433] | |
Christian Gruber and Bernhard Sick | |
University of Passau, Faculty of Mathematics and Computer Science | |
Apply decision tree and support vector regression to predict the gold price [#467] | |
Pedrudee Ongsritrakul and Nuanwan Soonthornphisaj | |
Department of Computer Science, Faculty of Science, Kasetsart University | |
Neural smoothing transition coefficients for nonlinear processes in mean and variance [#617] | |
Maria Luiza F. Velloso, Marley M. B. R. Vellasco, Marco Aurelio P. Cavalcante, and Cristiano Fernandes | |
DETEL, Uerj - Rio de Janeiro State University | |
Adaptive vs. accommodative neural networks for adaptive system identification: Part II [#566] | |
James T. Lo and Devasis Bassu | |
Department of Mathematics and Statistics, University of Maryland Baltimore County, 1000 Hilltop Circle, Baltimore, MD 21250 |
Plenary Poster Session B2: Learning and memory
Tuesday, July 22,
7:00PM-10:00PM, Room: Grand Ballroom
A neural network for the typicality effects [#242] | |
Makoto Hirahara and Takashi Nagano | |
Faculty of Engineering, Hosei University | |
Detecting rare events with lotto-type competitive learning [#244] | |
Andrew Luk and Sandra Lien | |
ST B&P Neural Investments Pty Limited | |
Growing neural network for aqcuisition of 2-layer structure [#703] | |
Ryusuke Kurino, Masanori Sugisaka, and Katsunari Shibata | |
Oita University | |
Associative memory using ratio rule for multi-valued pattern association [#596] | |
Ming-Jung Seow and Vijayan K. Asari | |
Old Dominion University | |
Learning-possibility of neuron model can recognize depth-rotation in three-dimension space [#462] | |
Qianyi Wang, Yasuhiro Sekiya, and Hirosato Nomura | |
Department of Artificial Intelligence,Kyushu Institute of Technology, Iizuka, 820-8502, Japan | |
Generalized associative memory models for data fusion [#321] | |
Teddy N. Yap Jr. and Arnulfo P. Azcarraga | |
De La Salle University | |
Noise supplement learning algorithm for associative memories using multilayer perceptrons and sparsely interconnected neural networks [#498] | |
Yusuke Magori, Takeshi Kamio, Hisato Fujisaka, and Mititada Morisue | |
Hiroshima City Univercity | |
A study on on-line learning of NNtrees [#241] | |
Takeda Takaharu, Qiangfu Zhao, and Yong Liu | |
The University of Aizu | |
Solving parity–n problems with feedforward neural networks [#779] | |
Bogdan M. Wilamowski, David Hunter, and Aleksander Malinowski | |
University of Idaho | |
An RCE-based associative memory with application to human face recognition [#482] | |
Xiaoyan Mu, Mehmet Artiklar, Mohamad H. Hassoun, and Paul Watta | |
Wayne State Univesity and University of Michogan-Dearborn |
Plenary Poster Session C1: Computational Neuroscience
Tuesday,
July 22, 7:00PM-10:00PM, Room: Grand Ballroom
Supervised synaptic weight adaptation for a spiking neuron [#704] | |
Bryan A. Davis, Deniz Erdogmus, Yadunandana N. Rao, and Jose C. Principe | |
University of Florida | |
Different inhibitory effects by dopaminergic modulation and global suppression of activity [#257] | |
Takuji Hayashi, Osamu Araki, and Tohru Ikeguchi | |
Tokyo University of Science | |
Synchronization phenomena of a mutually pulse-coupled network of integrate-and-fire circuits [#752] | |
Masanao Shimazaki, Hiroyuki Torikai, and Toshimichi Saito | |
EECE Dept., Hosei University | |
A neural network model for chemotaxis in Caenorhabditis Elegans [#708] | |
N. A. Dunn, J. S. Conery, and S. R. Lockery | |
Institute of Neuroscience, University of Oregon | |
Associative memories with "killed" neurons: The methods of recovery [#356] | |
A. M. Reznik, A. S. Sitchov, O. K. Dekhtyarenko, and D. W. Nowicki | |
The Institute of the Mathematical Machines and Systems | |
Incremental learning in dynamic environments using neural network with long-term memory [#766] | |
Kenji Tsumori and Seiichi Ozawa | |
Graduate School of Science and Technology, Kobe University |
Plenary Poster Session B1: Cognitive Information
Processing
Tuesday, July 22, 7:00PM-10:00PM, Room: Grand Ballroom
Quantum generation of neural networks [#623] | |
Hugo de Garis, Ravichandra Sriram, and Zijun Zhang | |
Utah State University | |
Emotion recognition and acoustic analysis from speech signal [#421] | |
Chang-Hyun Park and Kwee-Bo Sim | |
Chung Ang University | |
Phrase detection and the associative memory neural network [#559] | |
Richard C. Murphy | |
Computer Science and Engineering Department, University of Notre Dame | |
Working of the brain and rationality in economic behavior [#792] | |
Kazuo Nshimura and Yoshikazu Tobinaga | |
Nano Device and System Research, Inc. | |
Systemic intelligence: Methods for growing up artefacts that live [#768] | |
Nils Goerke | |
Department of Neuroinformatics, University of Bonn | |
A self-organizing neural structure for concept formation from incomplete observation [#797] | |
Noriyasu Homma and Madan M. Gupta | |
Tohoku University, University of Saskatchewan | |
Hidden representation after reinforcement learning of hand reaching movement with variable link length [#674] | |
Katsunari Shibata and Koji Ito | |
Oita University |
Plenary Talk P3: Plenary talk - Fukushima
Wednesday, July 23,
8:00AM-9:00AM, Room: Mount Saint Helens Ballroom, Speaker: Kunihiko
Fukushima
Special Session W1S: Patient Care and Clinical Decision
Support
Wednesday, July 23, 9:20AM-10:20AM, Room: Multnomah, Chair:
Jim DeLeo and Roberto Tagliaferri
9:20AM | Survival analysis and neural networks [#459] |
Antonio Eleuteri, Roberto Tagliaferri, Leopoldo Milano, S. De Placido, and M. De Laurentiis | |
DMA, Università di Napoli and INFN Sez. Napoli | |
9:40AM | Application of probabilistic neural networks to population pharmacokinetics [#783] |
E. Berno, L. Brambilla, R. Canaparo, F. Casale, M. Costa, C. Della Pepa, M. Eandi, and E. Pasero | |
Universita di Torino, Italy | |
10:00AM | Finding patient cluster attributes using auto-associative ANN modeling [#584] |
Zvi Boger | |
OPTIMAL - Industrial Neural Systems Ltd. |
Session W1T: Mixture models, EM algorithms and ensemble
learning
Wednesday, July 23, 9:20AM-10:20AM, Room: Clark, Chair: Lei
Xu
9:20AM | Data-smoothing regularization, normalization regularization, and competition-penalty mechanism for statistical learning and multi-agents [#687] |
Lei Xu | |
Dept of Computer Science and Engineering, The Chinese Univ. of Hong Kong | |
9:40AM | A comparison of ensemble methods for multilayer feedforward networks [#73] |
Carlos Hernandez-Espinosa, Mercedes Fernandez-Redondo, and Mamen Ortiz-Gomez | |
Universidad Jaume I, Castellon, Spain | |
10:00AM | MMI-based training for a probabilistic neural network [#713] |
Nan Bu, Toshio Tsuji, and Osamu Fukuda | |
Hiroshima University |
Session W1B: Diagnostics and Quality Control
Wednesday, July 23,
9:20AM-10:20AM, Room: Clackamas, Chair: F. Carlo Morabito
9:20AM | Intelligent strain sensing on a smart composite wing using extrinsic Fabry-Perot interferometric sensors and neural networks [#828] |
Rohit Dua, Vicki Eller, Kakkattukuzhy M. Isaac, Steve E. Watkins, and Donald C. Wunsch II | |
University of Missouri-Rolla | |
9:40AM | A novel approach to fault classification using sparse sets of exemplars [#637] |
Erik M. Laxdal and Nikitas J. Dimopoulos | |
University of Victoria | |
10:00AM | Case base reasoning in vehicle fault diagnostics [#737] |
Ziyan Wen, Jacob Crossman, John Cardillo, and Yi Lu Murphey | |
University of Michigan-Dearborn |
Special Session W1A: Incremental Learning
Wednesday, July 23,
9:20AM-10:20AM, Room: Washington, Chair: Robi Polikar
9:20AM | SVM incremental learning, adaptation and optimization [#551] |
Christopher P. Diehl and Gert Cauwenberghs | |
Johns Hopkins University | |
9:40AM | Formal models of incremental learning and their analysis [#569] |
Steffen Lange and Sandra Zilles | |
DFKI, Saarbruecken, Germany; University Kaiserslautern, FB Informatik | |
10:00AM | Competitive learning mechanisms for scalable, incremental and balanced clustering of streaming texts [#742] |
Arindam Banerjee and Joydeep Ghosh | |
University of Texas at Austin |
Special Session W2S: Autonomous Mental Development
Wednesday,
July 23, 10:30AM-11:50AM, Room: Multnomah, Chair: John Weng and Olaf Sporns
10:30AM | Early integration of vision and manipulation [#850] |
Giorgio Metta and Paul Fitzpatrick | |
University of Genova and MIT AI Laboratory | |
10:50AM | Investigating models of social development with a humanoid robot [#857] |
Brian Scassellati | |
Yale University | |
11:10AM | Developing early senses about the world: "object permanence'' and visuoauditory real-time learning [#860] |
Juyang Weng, Yilu Zhang, and Yi Chen | |
Department of Computer Science and Engineering, Michigan State University | |
11:30AM | Automatic language acquisition by an autonomous robot [#856] |
Stephen Levinson, Weiyu Zhu, Danfeng Li, Kevin Squire, Ruei-sung Lin, Matthew Kleffner, Matthew McClain, and Johnny Lee | |
University of Illinois at Urbana-Champaign |
Session W2T: Probabilistic and Information-Theoretic
Methods
Wednesday, July 23, 10:30AM-11:50AM, Room: Clark, Chair: Lei
Xu
10:30AM | Evaluation of neural and entropy-constrained routing of communication networks [#9] |
Nicolaos B. Karayiannis, Nagabhushan Kaliyur S. M., and Heidar A. Malki | |
University of Houston | |
10:50AM | Non-information-maximizing neural coding [#778] |
Michael Stiber | |
Univ. of Washington, Bothell | |
11:10AM | Information theoretic self-organizing maps [#371] |
Ryotaro Kamimura and Haruhiko Takeuchi | |
Tokai University | |
11:30AM | Almost all noise types can improve the mutual information of threshold neurons that detect subthreshold signals [#823] |
B. Kosko and S. Mitaim | |
University of Southern California, Thammasat University |
Session W2B: Auditory Processing
Wednesday, July 23,
10:30AM-11:50AM, Room: Clackamas, Chair: DeLiang Wang
10:30AM | Cognitive modeling of symbolic-like relationships with the adaptive neural network associator (ANNA) [#295] |
Rainer Spiegel | |
University of London, Goldsmiths College and University of Cambridge, Wolfson College | |
10:50AM | A hypothetical mechanism of auditory processing for extraction of directional cues: Integration with oculomotor function [#677] |
Vladimir A. Gorelik | |
Neuronix | |
11:10AM | Discovering hierarchical speech features using convolutional non-negative matrix factorization [#833] |
Sven Behnke | |
International Computer Science Institute, Berkeley |
Session W2A: Incremental Learning
Wednesday, July 23,
10:30AM-11:50AM, Room: Washington, Chair: Robi Polikar
10:30AM | Incremental rule learning with partial instance memory for changing concepts [#285] |
Marcus A. Maloof | |
Georgetown University | |
10:50AM | Ensemble of classifiers based incremental learning with dynamic voting weight update [#538] |
Robi Polikar, Stefan Krause, and Lyndsay Burd | |
Rowan University | |
11:10AM | Incremental learning with sleep: Function approximation and classification [#709] |
Koichiro Yamauchi | |
Graduate School of Engineering, Hokkaido University | |
11:30AM | Exemplar-based pattern recognition via semi-supervised learning [#721] |
Georgios C. Anagnostopoulos, Madan Bharadwaj, Michael Georgiopoulos, Stephen J. Verzi, and Gregory L. Heileman | |
Florida Institute of Technology |
Special Session W3S: Autonomous Mental Development
Wednesday,
July 23, 1:20PM-3:00PM, Room: Multnomah, Chair: John Weng and Olaf Sporns
1:20PM | Investigating the emergence of shared attention: A progress report [#855] |
Jochen Triesch, Eric Carlson, Gedeon Deak, and Javier Movellan | |
Dept. of Cognitive Sciene, UC San Diego | |
1:40PM | Neuromodulation in a learning robot: Interactions between neural plasticity and behavior [#852] |
Olaf Sporns and William H. Alexander | |
Indiana University | |
2:00PM | Lessons from ethology for computational models of development [#861] |
Bruce Blumberg, Matt Berlin, Daphna Buchsbaum, Marc Downie, Derek Lyons, and Jennie Cochran | |
The Media Lab, MIT | |
2:20PM | Generating structure in sensory data through coordinated motor activity [#853] |
Olaf Sporns and Teresa Pegors | |
Indiana University | |
2:40PM | Learning communities: Connectivity and dynamics of interacting agents [#854] |
Tanzeem Choudhury, Brian Clarkson, Sumit Basu, and Alex Pentland | |
MIT |
Session W3T: Recurrent Networks
Wednesday, July 23,
1:20PM-3:00PM, Room: Clark, Chair: Lee Feldkamp
1:20PM | Finding least cost proofs using high order recurrent networks [#639] |
Ashraf M. Abdelbar, Emad A. M. Andrews, and Gene A. Tagliarini | |
American University in Cairo | |
1:40PM | Feature selection assessment and comparison using two saliency measures in an Elman recurrent neural network [#287] |
Trevor I. Laine and Kenneth W. Bauer | |
Air Force Institute of Technology | |
2:00PM | Prediction of pitch and yaw head movements via recurrent neural networks [#627] |
M. Aguilar, Y. Barniv, and A. Garrett | |
Knowledge Systems Lab., MCIS Dept., Jacksonville State University | |
2:20PM | Attempting to reduce the vanishing gradient problem through a novel recurrent multiscale architecture [#469] |
Stefano Squartini, Amir Hussain, and Francesco Piazza | |
università politecnica delle marche |
Session W3B: Spiking Neurons
Wednesday, July 23, 1:20PM-3:00PM,
Room: Clackamas, Chair: William B. Levy
1:20PM | BSA, a fast and accurate spike train encoding scheme [#513] |
Benjamin Schrauwen and Jan Van Campenhout | |
Electronics and Information Systems Department, Ghent University | |
1:40PM | Electrotonic effects on spike response model dynamics [#279] |
Giorgio A. Ascoli | |
Krasnow Institute for Advanced Study and Psychology Department, George Mason University | |
2:00PM | An automated method for neuronal spike source identification [#781] |
Roberto A. Santiago, James McNames, Kim Burchiel, and George G. Lendaris | |
NW Computational Intelligence Lab, Portland State University | |
2:20PM | Statistical approach to unsupervised recognition of spatio-temporal patterns by spiking neurons [#351] |
M. V. Kiselev | |
Megaputer Intelligence Ltd. | |
2:40PM | Trust region nonlinear optimization learning method for dynamic synapse neural networks [#291] |
Hassan H. Namarvar and Theodore W. Berger | |
Department of Biomedical Engineering, University of Southern California |
Session W3A: Time Series Analysis and Financial
Engineering
Wednesday, July 23, 1:20PM-3:00PM, Room: Washington,
Chair: Fred Ham
1:20PM | Analyzing dividend events with neural network rule extraction [#390] |
Ming Dong and Xu-Shen Zhou | |
Wayne State University | |
1:40PM | SVM learning from large training data set [#308] |
Yi Lu Murphey, ZhiHang Chen, May Putrus, and Lee A. Feldkamp | |
University of Michigan-Dearborn | |
2:00PM | Neural networks and rule extraction for prediction and explanation in the marketing domain [#536] |
Ulf Johansson, Cecilia Sonstrod, Rikard Konig, and Lars Niklasson | |
Department of Business and Informatics | |
2:20PM | On the statistical efficiency of the LMS family of adaptive algorithms [#814] |
Bernard Widrow and Max Kamenetsky | |
Stanford University |
Special Session W4S: Geometric Neurocomputing
Wednesday, July
23, 3:20PM-5:00PM, Room: Multnomah, Chair: Eduardo Bayro-Corrochano
3:20PM | The role of the quaternion Fourier descriptors for preprocessing in neuralcomputing [#734] |
Eduardo Bayro-Corrochano, Noel Trujillo, and Michel Naranjo | |
CINVESTAV, Unidad Guadalajara, Ciencias de la Computación, Jalisco, Mexico | |
3:40PM | Single layer feedforward neural network based on lattice algebra [#614] |
Gerhard X. Ritter and Laurentiu Iancu | |
University of Florida | |
4:00PM | Design of kernels for support multivector machines involving the clifford gometric product and the conformal geometric neuron [#732] |
Eduardo Bayro-Corrochano, Nancy Arana, and Refugio Vallejo | |
CINVESTAV, Unidad Guadalajara, Ciencias de la Computación, Jalisco, Mexico | |
4:20PM | A computational model of visual perception of surfaces [#839] |
Hamid Eghbalnia and Amir Assadi | |
University of Wisconsin-Madison |
Session W4T: Reinforcement Learning and Adaptive Dynamic
Programming
Wednesday, July 23, 3:20PM-5:00PM, Room: Clark, Chair:
Danil V. Prokhorov
3:20PM | An enhanced least-squares approach for reinforcement learning [#374] |
Hailin Li and Cihan H. Dagli | |
229 Engineering Management, University of Missouri-Rolla, Rolla MO,65409 | |
3:40PM | Tabu search exploration for on-policy reinforcement learning [#384] |
Myriam Abramson and Harry Wechsler | |
George Mason University | |
4:00PM | Dynamic pricing and reinforcement learning [#846] |
Alexandre X. Carvalho and Martin L. Puterman | |
University of British Columbia | |
4:20PM | Accelerating critic learning in approximate dynamic programming via value templates and perceptual learning [#774] |
Thaddeus T. Shannon, Roberto A. Santiago, and George G. Lendaris | |
Portland State University, Portland, OR, USA | |
4:40PM | Autonomous mental development in high dimensional state and action spaces [#807] |
Ameet Joshi and Juyang Weng | |
Michigan State University |
Session W4B: Bioinformatics
Wednesday, July 23, 3:20PM-5:00PM,
Room: Clackamas, Chair: Shiro Usui
3:20PM | Train-spotting: Building classifiers for microarrays [#571] |
Yuxuan Lan, Gavin C. Cawley, and Richard Harvey | |
University of East Anglia | |
3:40PM | Statistical learning for detecting protein-DNA-binding sites [#471] |
Thomas Martinetz, Jan E. Gewehr, and Jan T. Kim | |
Institute for Neuro- and Bioinformatics, University of Lübeck | |
4:00PM | Transductive support vector machines for classification of microarray gene expression data [#446] |
R. Semolini and F. J. Von Zuben | |
Unicamp/Brazil | |
4:20PM | PCA feature extraction for protein structure prediction [#366] |
Jeane C. B. Melo, George D. C. Cavalcanti, and Katia S. Guimaras | |
Center of Informatics - Federal University of Pernambuco - Brazil | |
4:40PM | Modelling the growth domain of clostridium botulinum via kernel survival analysis [#337] |
Robert J. Foxall, Gavin C. Cawley, and Michael W. Peck | |
University of East Anglia |
Session W4A: Power System Applications
Wednesday, July 23,
3:20PM-5:00PM, Room: Washington, Chair: Ron Harley
3:20PM | An adaptive neural network identifier for effective control of a static compensator connected to a power system [#739] |
Salman Mohagheghi, Jung-Wook Park, Ronald G. Harley, Ganesh K. Venayagamoorthy, and Mariesa L. Crow | |
Georgia Institute of Technology | |
3:40PM | Adaptive neural network based power system stabilizer design [#827] |
W. Liu, Ganesh K. Venayagamoorthy, and Donald C. Wunsch II | |
Department of Electrical and Computer Engineering, University of Missouri – Rolla, Rolla, MO 65401 | |
4:00PM | A novel dual heuristic programming based optimal control of a series compensator in the electric power transmission system [#740] |
Jung-Wook Park, Ronald G. Harley, and Ganesh K. Venayagamoorthy | |
Georgia Institute of Technology | |
4:20PM | A continually online trained neurocontroller for the series branch control of the UPFC [#817] |
R. P. Kalyani and Ganesh K. Venayagamoorthy | |
University of Missouri - Rolla | |
4:40PM | Fault diagnosis of steam turbine-generator using CMAC neural network approach [#334] |
Chin-Pao Hung, Mang-Hui Wang, Chin-Hsing Cheng, and Wen-Lang Lin | |
Departmemt of Electrical Engineering, National Chin-Yi Institute of Technology |
Panel Session W5: International Research
Wednesday, July 23,
5:00PM-7:00PM, Room: Multnomah, Chair: Harold H. Szu
Plenary Talk W6: Banquet and Award Presentations
Wednesday, July
23, 7:00PM-9:00PM, Room: Riverview Ballroom - Doubletree Hotel - Columbia River,
Hosts: Donald C. Wunsch II and Michael E. Hasselmo
Panel Session W7: Funding resources
Wednesday, July 23,
9:00PM-10:00PM, Room: Multnomah, Chair: Paul Werbos
Plenary Talk P4: Plenary talk - Von der Malsburg
Thursday, July
24, 8:00AM-9:00AM, Room: Mount Saint Helens Ballroom, Speaker: Christoph Von der
Malsburg
Special Session Th1S: Applications in Aerospace
Thursday, July
24, 9:20AM-10:40AM, Room: Multnomah, Chair: Robert J. Marks and John Vian
9:20AM | Layered URC fuzzy systems: A novel link between fuzzy systems and neural networks [#685] |
Jeffrey J. Weinschenk, Robert J. Marks II, and W. E. Combs | |
University of Washington | |
9:40AM | Vibration analysis via neural network inverse models to determine aircraft engine unbalance condition [#826] |
Xiao Hu, John Vian, Joseph R. Slepski, and Donald C. Wunsch II | |
University of Missouri-Rolla; Boeing Phatom Works | |
10:00AM | Missing sensor data restoration for vibration sensors on a jet aircraft engine [#695] |
Sreeram Narayanan, John Vian, Jai Choi, Robert J. Marks II, Mohamed A. El-Sharkawi, and Benjamin B. Thompson | |
University of Washington | |
10:20AM | On the contractive nature of autoencoders: Application to missing sensor restoration [#663] |
Benjamin B. Thompson, Robert J. Marks II, and Mohamed A. El-Sharkawi | |
University of Washington |
Session Th1T: Recurrent networks
Thursday, July 24,
9:20AM-10:40AM, Room: Clark, Chair: Lee Feldkamp
9:20AM | Conditioned adaptive behavior from Kalman filter trained recurrent networks [#818] |
Lee A. Feldkamp, Danil V. Prokhorov, and Timothy M. Feldkamp | |
Ford Motor Company | |
9:40AM | Using reconstructability analysis to select input variables for artificial neural networks [#525] |
Stephen Shervais and Martin Zwick | |
Eastern Washington University and Portland State University | |
10:00AM | Fascinating rhythms by chaotic Hopfield networks [#495] |
Colin Molter and Hugues Bersini | |
iridia- University of Brussels | |
10:20AM | Modular neural associative memory capable of storage of large amounts of data [#355] |
A. M. Reznik and O. K. Dekhtyarenko | |
The Institute of the Mathematical Machines and Systems |
Session Th1B: Learning and memory
Thursday, July 24,
9:20AM-10:40AM, Room: Clackamas, Chair: Daniel S. Levine
9:20AM | Implicant network: An associative memory model [#339] |
Diego Federici | |
Norwegian University of Science and Technology | |
9:40AM | Improving generalization by teacher-directed learning [#370] |
Ryotaro Kamimura | |
Tokai Univerisity | |
10:00AM | eLoom: A specification, simulation and visualization engine for modeling arbitrary hierarchical neural architectures [#564] |
Yunhai Xiao, Thomas Preston Caudell, and Michael J. Healy | |
Dept. of ECE, University of New Mexico | |
10:20AM | Multi-map self-organization for sensorimotor learning: A cortical approach [#487] |
Olivier Menard and Herve Frezza-Buet | |
Loria Supelec |
Session Th1A: Applications
Thursday, July 24, 9:20AM-10:40AM,
Room: Washington, Chair: Joydeep Ghosh
9:20AM | Image restoration using chaotic simulated annealing [#718] |
Leipo Yan and Lipo Wang | |
Nanyang Technological University | |
9:40AM | Fuzzy Markov predictor in multi-step electric load forecasting [#670] |
Marcelo Teixeira and Gerson Zaverucha | |
COPPE / UFRJ | |
10:00AM | Algorithm for automatic classification of data based on Mahalanobis metrics [#501] |
Allan de Medeiros Martins, Adriao Duarte Doria Neto, and Jorge Dantas de Melo | |
UFRN |
Special Session Th2S: Bioinformatics
Thursday, July 24,
10:50AM-12:10PM, Room: Multnomah, Chair: Francesco Masulli and Larry Reeker
10:50AM | Gene selection and classification by entropy-based recursive feature elimination [#553] |
C. Furlanello, M. Serafini, S. Merler, and G. Jurman | |
ITC-irst | |
11:10AM | Spectral clustering of protein sequences [#632] |
Alberto Paccanaro, Chakra Chennubhotla, James A. Casbon, and Mansoor A. S. Saqi | |
Bioinformatics Unit, Dept. of Medical Microbiology, Queen Mary University of London | |
11:30AM | An ensemble approach to variable selection for classification of DNA microarray data [#546] |
Francesco Masulli and Stefano Rovetta | |
University of Pisa/University of Genova/INFM, Italy | |
11:50AM | Artificial neural networks methods for the identification of the most relevant genes from gene expression array data [#587] |
Zvi Boger | |
OPTIMAL - Industrial Neural Systems Ltd. |
Session Th2T: Mathematics of Neural Systems
Thursday, July 24,
10:50AM-12:10PM, Room: Clark, Chair: George G. Lendaris
10:50AM | Flow invariance for competitive neural networks for different time-scales [#385] |
Anke Meyer-Baese and Sergei S. Pilyugin | |
Florida State University | |
11:10AM | A novel neural approach to inverse problems with discontinuities (the GMR neural network) [#427] |
G. Cirrincione, M. Cirrincione, C. Lu, and S. Van Huffel | |
ISSIA-CNR | |
11:30AM | Artificial neural network implementation using many-valued quantum computing [#770] |
Anas N. Al-Rabadi and George G. Lendaris | |
Portland State University | |
11:50AM | Incorporating invariants in Mahalanobis distance based classifiers: Application to face recognition [#867] |
Andrew M. Fraser, Nicolas W. Hengartner, Kevin R. Vixie, and Brendt E. Wohlberg | |
Los Alamos National Laboratory | |
12:10PM | Networks of width one are universal classifiers [#735] |
Raul Rojas | |
University of Pennsylvania |
Session Th2B: Speech Recognition and Production
Thursday, July
24, 10:50AM-12:10PM, Room: Clackamas, Chair: Ke Chen
10:50AM | Sub auditory speech recognition based on EMG signals [#252] |
Chuck Jorgensen, Diana Lee, and Shane Agabon | |
NASA Ames Research Center | |
11:10AM | Robust command recognition using kernel learning algorithms [#296] |
Hassan H. Namarvar and Theodore W. Berger | |
University of Southern California, Department of Biomedical Engineering | |
11:30AM | Mel-frequency cepstrum coefficients extraction from infant cry for classification of normal and pathological cry with feed-forward neural networks [#378] |
Jose Orozco García and Carlos A. Reyes García | |
Instituto Nacional de Astrofisica Optica y Electronica | |
11:50AM | A new approach for isolated word recognition using dynamic synapse neural networks [#652] |
Alireza A. Dibazar, Hassan H. Namarvar, and Theodore W. Berger | |
University of Southern California |
Session Th2A: Robotics, Motor Control and Response
Thursday,
July 24, 10:50AM-12:10PM, Room: Washington, Chair: Gary Yen
10:50AM | A sensory network for perception-based robotics using neural networks [#834] |
Naoyuki Kubota, Setsuo Hashimoto, and Fumio Kojima | |
Fukui University | |
11:10AM | A RAM-based neural network for collision avoidance in a mobile robot [#821] |
Qiang Yao, Daryl Beetner, Donald C. Wunsch II, and Bjorn Osterloh | |
University of Missouri at Rolla | |
11:30AM | Stability analysis of decentralized cerebellum motor control [#322] |
Aiko Miyamura and Kazuyuki Aihara | |
Department of Complexity Science and Engineering - University of Tokyo | |
11:50AM | A model of cerebellar adaptation of grip forces during lifting [#352] |
Antonio Ulloa, Daniel Bullock, and Bradley J. Rhodes | |
Department of Cognitive and Neural Systems, Boston University | |
12:10PM | Controller design via adaptive critic and model reference method [#775] |
George G. Lendaris, Roberto A. Santiago, J. McCarthy, and M. Carroll | |
Portland State University |
Session Th3S: Biomimetic applications
Thursday, July 24,
1:20PM-3:00PM, Room: Multnomah, Chair: Harold H. Szu
1:20PM | Theoretical confirmation of simple cell's receptive field of animal's visual systems and efficient navigation applications [#68] |
Liming Zhang and Jianfeng Mei | |
Fudan University, Shanghai, China | |
1:40PM | Detecting early stage of fire using reliable metal oxide gas sensors and artificial neural networks [#302] |
Bancha Charumporn, Michifumi Yoshioka, Toru Fujinaka, and Sigeru Omatu | |
Osaka Prefecture University | |
2:00PM | Biomimetics speaker identification systems for network security gatekeepers [#477] |
Xihong Wu, Dingsheng Luo, Huisheng Chi, and Harold H. Szu | |
National Lab. on Machine Perception, Peking University, Beijing, P.R.China | |
2:20PM | An EMG-controlled omnidirectional pointing device using a HMM-based neural network [#643] |
Osamu Fukuda, Jun Arita, and Toshio Tsuji | |
National Institute of Advanced Industrial Science and Technology | |
2:40PM | A self-aiming camera based on neurophysical principles [#250] |
Samarth Swarup, Tuna Oezer, Sylvian Ray, and Thomas Anastasio | |
University of Illinois |
Session Th3T: Neural Networks and Evolutionary
Computation
Thursday, July 24, 1:20PM-2:20PM, Room: Clark, Chair: Xin
Yao
1:20PM | Optimizing the learning of binary mappings [#344] |
John A. Bullinaria | |
University of Birmingham, UK | |
1:40PM | The optimization of radial basis probabilistic neural networks based on genetic algorithms [#92] |
Lin Guo, De-Shuang Huang, and Wenbo Zhao | |
Institute of Intelligent Machines, Chinese Academy of Sciences | |
2:00PM | Combining evolving neural network classifiers using bagging [#373] |
Sunghwan Sohn and Cihan H. Dagli | |
Smart Engineering Systems Lab |
Session Th3B: Pattern Recognition
Thursday, July 24,
1:20PM-3:00PM, Room: Clackamas, Chair: Xiuwen Liu
1:20PM | Classifiability based omnivariate decision trees [#282] |
Ming Dong and Yuanhong Li | |
Wayne State University | |
1:40PM | An efficient algorithm on multi-class support vector machine model selection [#789] |
Peng Xu and Andrew K. Chan | |
Texas A & M University | |
2:00PM | Enhancement of categorizing and learning module (CALM) - embedded detection of signal change [#597] |
Jan Koutnik and Miroslav Snorek | |
Czech Technical University, Department of Computer Science and Engineering | |
2:20PM | A computational model of visual attention [#859] |
Teuvo Kohonen | |
Helsinki University of Technology |
Session Th3A: Data Mining
Thursday, July 24, 1:20PM-2:20PM,
Room: Washington, Chair: Joydeep Ghosh
1:20PM | Knowledge-oriented clustering for decision support [#49] |
Charlotte Bean and Chandra Kambhampati | |
University of Hull, United Kingdom | |
1:40PM | Unsupervised clustering of symbol strings [#543] |
John A. Flanagan | |
Nokia Research Center | |
2:00PM | A new method for explaing neural network reasoning [#489] |
Yingjie Yang, Chris Hinde, and David Gillingwater | |
De Montfort University |
Plenary Talk P5: Plenary talk - Sejnowski
Thursday, July 24,
3:10PM-4:10PM, Room: Mount Saint Helens Ballroom, Speaker: Terry Sejnowski