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| 7 | -- | 8 | Gyorgy Barna, Ron Chrisley, Teuvo Kohonen. Statistical pattern recognition with neural networks |
| 9 | -- | 0 | Farokh B. Bastani, S. Sitharama Iyengar, Sandeep Gulati. An analysis of competing neural network knowledge representation strategies |
| 10 | -- | 17 | Diane J. Blackwood, Wesley R. Elsberry, Samuel J. Leven. Competing network models and problem-solving |
| 18 | -- | 0 | Maureen Caudill, Charles W. Butler. Comparison of internal processing of different network paradigms |
| 19 | -- | 20 | David H. Collins. Two-dimensional pattern sequence prediction using high-order neural networks |
| 21 | -- | 22 | William B. Feild Jr., Jainendra K. Navlakha. On Hopfield neural networks |
| 23 | -- | 0 | Stephen I. Gallant. A neural network model for sequential tasks |
| 24 | -- | 25 | Patrick Gallinari, Sylvie Thiria, Françoise Fogelman-Soulié. Comparing neural networks and data analysis |
| 26 | -- | 29 | David B. Hertz, E. Lee, J. D. Lynch. Certainty worlds, risk judgments, and neural net design |
| 30 | -- | 34 | George G. Lendaris. On comparing neural net training paradigms via graded pattern recognition tasks |
| 35 | -- | 42 | L. Masih, T. John Stonham. Digital neural networks - A distributed architecture with self-evolving capabilities |
| 43 | -- | 0 | S. J. Rak, P. J. Kolodzy. Invariant object recognition with the adaptive resonance (ART) network |
| 44 | -- | 0 | P. A. Ramamoorthy, S. Ho. A neural network approach for implementing expert systems |
| 45 | -- | 46 | Paul Rhodes. Pattern storage and recall performance in a Hebb network generalizing the cerebral cortex |
| 47 | -- | 50 | Alan Rojer, Eric Schwartz. A new pattern classifier motivated by brain maps |
| 51 | -- | 0 | J. F. Shepanski. Multilayer preceptron training using optimal estimation |
| 52 | -- | 0 | Katsunori Shimohara, Yukio Tokunaga, Tadasu Uchiyama, Yoshimasa Kimura. A neural network system with an automatic generation mechanism for distorted patterns |
| 53 | -- | 0 | Bruno Sirletti, Michel Verleysen, Andre M. Vandemeulebroecke, Paul G. A. Jespers. An algorithm for pattern recognition with VLSI neural networks |
| 54 | -- | 55 | Guo-Zheng Sun, Hsing-Hen Chen, Yee-Chun Lee. Learning decision trees using parallel sequential induction network |
| 56 | -- | 59 | Santosh S. Venkatesh, Girish Pancha, Demetri Psaltis. Composite algorithms for shaping attraction basins |
| 60 | -- | 66 | Michael Werman. The capacity of k-gridgraphs as associative memory |
| 67 | -- | 69 | Robert B. Allen, Mark E. Riecken. Interacting and communicating connectionist agents |
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| 75 | -- | 77 | Aviv Bergman. Variation and selection: An evolutionary model of learning in neural networks |
| 78 | -- | 0 | Thomas M. Breuel. Problem-intrinsic bounds on sample complexity |
| 79 | -- | 80 | A. E. Busch, L. E. H. Trainor. Neural network models with higher order neural interactions |
| 81 | -- | 82 | Gianpiero Cattaneo, Nicolò Cesa-Bianchi. Microcanonical annealing on neural networks |
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| 91 | -- | 0 | Faiq Ali Fazal. An application-based study of the stochastic parallel computations in harmony theory |
| 92 | -- | 0 | Marcelo Fogaça, Alan Kramer, Barbara Moore. Scalability issues in neural networks |
| 93 | -- | 0 | Shohei Fujita. Self-organization in distributed operating system |
| 94 | -- | 0 | B. Furman, J. Liang, Harold Szu. Constraint optimization neural network for adaptive early vision |
| 95 | -- | 99 | C. Lee Giles, R. D. Griffin, T. Maxwell. Computational advantages of higher order neural networks |
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| 101 | -- | 0 | Karen A. Huyser, Mark A. Horowitz. Generalization in digital functions |
| 102 | -- | 0 | J. Zachary Jacobson, Norman J. Pullman, William C. Treurniet. Transitions between network states may cause both equipotentiality and localization of function in cerebral cortex |
| 103 | -- | 0 | Moshe Kam, Ari Naim, Kevin Atteson. The symmetric adaptive resonance theoretic model (SMART) |
| 104 | -- | 0 | Behzad Kamgar-Parsi, Behrooz Kamgar-Parsi. The importance of being synchronous in neural networks |
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| 108 | -- | 112 | F. H. Ling, N. Xu, J. H. Xu. Non-empty box counting algorithm for calculating fractal dimensions and its applications in EEG analysis |
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| 116 | -- | 119 | Barbara Moore. ART I and pattern clustering algorithms |
| 120 | -- | 0 | R. K. Pearson. Ultrametrics, pseudo-ultrametrics, fuzzy sets, and pattern recognition |
| 121 | -- | 123 | J. C. Pérez, Jean-Michel Bertille. "FRACTAL CHAOS" a new neural network holographic model |
| 124 | -- | 0 | C. R. Renfrew, J. R. Malone, A. Todd. A classificatory network based on a study of the neocortex |
| 125 | -- | 126 | Rod Rinkus. Learning as natural selection in a sensori-motor being |
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| 128 | -- | 129 | Samir Sayech, Mancel F. Tenorio. A learning rule for neural networks with an application to an optimization problem |
| 130 | -- | 136 | William A. Sethares. A convergence theorem for the modified delta rule |
| 137 | -- | 138 | Paul E. Stolorz, G. W. Hoffmann. Learning with recurrent networks and constant synaptic strengths |
| 139 | -- | 140 | J. P. Sutton, L. E. H. Trainor. Nested neural circuits, multi-level memory and learning by selection |
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| 144 | -- | 147 | G. Vichniac, Marianne Lepp, Martha Steenstrup. A neural network for the optimization of communications network design |
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| 151 | -- | 0 | X. Xu, S. Chen, W. T. Tsai, N. K. Huang. A case study of solving optimization problems using neural networks |
| 152 | -- | 0 | Yong Yao. Dynamic tunneling algorithm and simulatted annealing circuit for global optimization |
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| 157 | -- | 160 | James A. Anderson, Arthur B. Markman, Susan R. Viscuso, Edward J. Wisniewski. Programming neural networks |
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| 165 | -- | 0 | Maureen Caudill. Benchmarking the performance of backpropagation and couterpropagation networks |
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| 168 | -- | 171 | Yann LeCun. Using curvature information to improve back-propagation |
| 172 | -- | 173 | Victor Eliashberg. The E-machines: Associative neural networks as nonclassical symbolic processors |
| 174 | -- | 0 | Jeffrey E. Fookson, John Antrobus. Executive control in a PDP system: Automatization of task performance and mindwandering |
| 175 | -- | 0 | Walter J. Freeman. Neurodynamics of pattern recognition in biological neural networks |
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| 215 | -- | 216 | Yehuda Salu. Associative retrieval and restoration of data in neural networks |
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| 218 | -- | 0 | Zoltan Schreter. Sequential processing by overlap and fatigue of memories |
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| 222 | -- | 0 | Dejan J. Sobaiic, Dennis T. Lee, Yoh-Han Pao. Increased effectiveness of learning by local neural feedback |
| 223 | -- | 0 | Sara A. Solla. Learning contiguity with layered neural networks |
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| 227 | -- | 0 | DeLiang Wang, Irwin King. Three neural models which process temporal information |
| 228 | -- | 230 | Shengrui Wang. Training multi-layered neural networks with T.R. Based algorithm |
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| 250 | -- | 251 | Masahiko Fujita. A proposed system of inhibition in the deeper layers of the superior colliculus |
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| 260 | -- | 263 | Tomoaki Itayama, O. Koizumi, Yasuji Sawada. Neural network formation in an aggregate of dissociate hydra cells |
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| 270 | -- | 0 | Michael J. Pont. A neural model of the mechanisms underlying infant perception of voice-onset time |
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| 275 | -- | 0 | Shahid S. Siddiqui. Molecular correlates of neural network mediating touch sensitivity in |
| 276 | -- | 278 | Nobuo Suga. Neural computation for auditory imaging |
| 279 | -- | 0 | Naftali Tishby. Nonlinear dynamical modeling of speech using neural networks |
| 280 | -- | 284 | Shiro Usui, Hidetoshi Ikeno, Manabu Sakakibara, Daniel L. Alkon. Neural principles of associative learning: Reconstruction of ionic currents in the type B photoreceptor |
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| 292 | -- | 293 | Laurel H. Carney. Neural models for temporal encoding of information by the auditory periphery and for temporal processing in the anteroventral cochlear nucleus of cat |
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| 295 | -- | 296 | Min I. Chung. Neural network as generalized transversal filters |
| 297 | -- | 299 | Thierry Hervé, Jacques Demongeot. Random field and tonotopy: Simulation of an auditory neural network |
| 300 | -- | 301 | Toshio Irino, Hideki Kawahara. Vowel-feature extraction from cochlear vibration using neural networks |
| 302 | -- | 305 | Bernhard R. Kämmerer, Wolfgang A. Küpper. Experiments for isolated-word recognition with single-and multi-layer perceptrons |
| 306 | -- | 0 | Yee-Chun Lee, Hsing-Hen Chen, Guo-Zheng Sun. A neural network approach to speech recognition |
| 307 | -- | 0 | Mike Malloch. Representation, time, scale, and neural computation |
| 308 | -- | 310 | Paul Mueller. Computation of temporal pattern primitives in a neural net for speech recognition |
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| 313 | -- | 316 | Kazuo Okanoya, Robert J. Dooling. Auditory filter simulations for perceptual processes of bird vocalizations |
| 317 | -- | 319 | Chen-Han Sung. Temporal knowledge: Recognition and learning of time-based patterns |
| 320 | -- | 322 | William C. Treurniet, M. J. Hunt, C. Lefebvre, J. Zachary Jacobson. Phoneme recognition with a neural network: Comparisons of acoustic representations including those produced by an auditory model |
| 323 | -- | 328 | Wellington C. P. Yu, Hoon heng Teh. An error tolerant environment of multilayer perceptrons with controlled learning |
| 329 | -- | 331 | Daniel Bullock, Stephen Grossberg. Neuromuscular realization of planned arm movement trajectories |
| 332 | -- | 333 | Danilo De Rossi, Giuseppe Casalino, Pietro Morasso, Ferdinando A. Mussa-Ivaldi. Skin & muscles: The basic wet-ware for sensory-motor control |
| 334 | -- | 340 | Rolf Eckmiller. Concept of a 4-joint machine with neural net control for the generation of 2-dimensional trajectories |
| 341 | -- | 0 | Gabor Karsai, Kristinn Andersen, Kumar Ramaswamy, George E. Cook. Gas tungsten ARC weld modeling using a mapping network |
| 342 | -- | 344 | Mitsuo Kawato, Tohru Setoyama, Ryoji Suzuki. Feedback error learning of movement by multi-layer neural network |
| 345 | -- | 347 | Esther Levin, Raanan Gewirtzman. Artificial neural networks for modeling discrete dynamic systems |
| 348 | -- | 352 | Pietro Morasso, Renato Zaccaria, Ferdinando A. Mussa-Ivaldi. A parallel distributed architecture for motor control |
| 353 | -- | 354 | John C. Pearson, Clay Spence, J. J. Gelfand, W. E. Sullivan, R. M. Peterson. Neuronal maps for sensory-motor control in the barn owl |
| 355 | -- | 356 | Brian Pinette. Maze learning using state-space search performed by a connectionist network |
| 357 | -- | 0 | Helge J. Ritter, Klaus Schulten. Topology-conserving maps for motor control |
| 358 | -- | 359 | Robert M. Sanner, David L. Akin. Neuromorphic Regulation of Dynamic Systems Using Back Propagation Networks |
| 360 | -- | 0 | Chen-Han Sung. A self-organizing process for sensory data fusion and situation analysis |
| 361 | -- | 0 | R. Rawel, A. P. Thakoor. Neural networks for robotic control |
| 362 | -- | 365 | Viral V. Tolat, Bernard Widrow. An adaptive neural net controller with visual inputs |
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| 373 | -- | 379 | Jack Bigner, Lin Zhang, Lise K. Cotter, Kristina M. Johnson. An optoelectronic connectionist machine utilizing liquid crystal spatial light modulators |
| 380 | -- | 382 | Emile Fiesler, Amar Choudry, H. John Caulfield. Weight discretization in backward error propagation neural networks |
| 383 | -- | 0 | P. K. Gupta, R. Kumaresan. VLSI implementation of neural networks based on PN sequences |
| 384 | -- | 0 | Steven C. Gustafson, Gordon Little. Neural networks, optical resonators, and dynamic holograms |
| 385 | -- | 387 | Victor Hu, Alan H. Kramer, P. K. Ko. Eeproms as analog storage devices for neural nets |
| 388 | -- | 0 | C. D. Kornfeld, Robert C. Frye, Chee C. Wong, Edward A. Rietman. A large hybrid electro-optic computer for neural network applications |
| 389 | -- | 0 | F. J. Kub, M. G. Ancona, I. A. Mack, K. Moon, C. T. Yao. Architecture for large microelectronic supervised learning artificial neural networks using a hybrid digital-analog approach |
| 390 | -- | 0 | Sun-Yuan Kung, J.-N. Hwang. Ring systolic designs for artificial neural nets |
| 391 | -- | 0 | Hua-Kuang Liu, Tien-Hsin Chao, Jacob Barhen. Inner-product optical neural processing and supervised learning |
| 392 | -- | 0 | Misha Mahowald, Tobi Delbrück. An analog VLSI implementation of the marr-poggio stereo correspondence algorithm |
| 393 | -- | 395 | Norm May, Dan Hammerstrom. Fault simulation of a wafer-scale integrated neural network |
| 396 | -- | 398 | Bahram Nabet, Robert B. Darling. Implementation of optical sensory neural networks by simple discrete and monolithic circuits |
| 399 | -- | 0 | John J. Paulos, Paul W. Hollis. A VLSI architecture for feedforward networks with integral back-propagation |
| 400 | -- | 0 | B. Potu, P. A. Ramamoorthy. A fully digital architecture for multi-state neural networks |
| 401 | -- | 0 | Demetri Psaltis, Xiang-guang Gu. Fractal sampling grids for holographic optical interconnections |
| 402 | -- | 404 | John Rasure, John M. Salas. A VLSI three layer perceptron for binary image classification |
| 405 | -- | 0 | Mike Rudnick, Dan Hammerstrom. An interconnect structure for wafer scale neurocomputers |
| 406 | -- | 412 | Srinagesh Satyanarayana, Ken Suyama, Yannis P. Tsividis. Analog MOS circuit techniques in the VLSI implementation of neural networks |
| 413 | -- | 0 | Yoshiyasu Takefuji, Robert J. Jannarone, Tatung Chen, Yong B. Cho. Silicon Multinomial Conjunctoid Statistical Learning Modules |
| 414 | -- | 418 | Michel Verleysen, Bruno Sirletti, Paul G. A. Jespers. A large VLSI Hopfield network for pattern recognition problems |
| 419 | -- | 420 | Edwin Addison, Michael Cain, William Dedmond. Criteria for choosing connectionist paradigms for real-time data fusion and adaptive discrimination |
| 421 | -- | 425 | Phillip Alvelda, A. Miguel San Martin, C. Bell, Jacob Barhen. Spacecraft attitude determination using neural star pattern recognition |
| 426 | -- | 0 | Patrick F. Castelaz, James E. Zmuda, Dwight E. Mills. SDI applications of neural network technology |
| 427 | -- | 434 | Louis Ceci, Patrick Lynn, Phillip E. Gardner. Efficient distribution of backpropagation models on parallel architectures |
| 435 | -- | 439 | George W. Earle, Harold Szu. Resource allocation using a constraint optimizing adaptive neural network |
| 440 | -- | 441 | Filson H. Glanz, W. Thomas Miller III. Deconvolution using a CMAC neural network |
| 442 | -- | 444 | Aloke Guha. Using small multilayer networks to search real hyperspaces |
| 445 | -- | 448 | Robert Hecht-Nielsen. Theory of the backpropagation neural network |
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| 461 | -- | 462 | P. A. Ramamoorthy, G. Govind, V. K. Iyer. Signal modeling and prediction using neural networks |
| 463 | -- | 465 | Iris P. Roberts. Neural network for radar terrain image recognition |
| 466 | -- | 472 | Thomas W. Ryan. Application of hierarchical networks in analog pattern categorization |
| 473 | -- | 476 | Richard C. Windecker. Nondeterministic adaptive automata that play matching pennies |
| 477 | -- | 0 | Youngohc Yoon, Lynn L. Peterson, Paul R. Bergstresser. Desknet: The dermatology expert system with knowledge-based network |
| 478 | -- | 480 | James E. Zmuda. Target recognition using adaptive resonance neural networks |
| 481 | -- | 0 | Timothy P. Allen, Carver A. Mead. A silicon retina for computing local edge orientations |
| 482 | -- | 0 | Heinrich H. Bülthoff, James J. Little, Hanspeter A. Mallot. Neural mapping and parallel optical flow computation for autonomous navigation |
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| 494 | -- | 496 | Davi Geiger, Daphna Weinshall. Labeling edges with a linear network: An integration of low-level vision modules |
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| 499 | -- | 505 | Hayit Greenspan, M. Fleisher, Moshe Porat, Yehoshua Y. Zeevi. Glass pattern recognition with neural-networks |
| 506 | -- | 509 | Daniel Kersten, Daniel J. Plummer. Reflectance estimation in the presence of sharp shadows or transparency |
| 510 | -- | 511 | Feng Li, Guozheng Yao, Yun-jiu Wang. A new neural network model for line drawing texture segmentation |
| 512 | -- | 513 | Luis R. Lopez. Feedforward shunting: The role of 3rd order correlations in neural synchroneity |
| 514 | -- | 0 | Hanspeter A. Mallot, Werner von Seelen. Neural mappings and space-variant image processing |
| 515 | -- | 0 | H. Midorikawa. The face pattern identification by back-propagation learning procedure |
| 516 | -- | 517 | Ennio Mingolla. Recent results in emergent visual segmentation |
| 518 | -- | 0 | Nasser M. Nasrabadi, Yushu Feng. Vector quantization of images based upon the kohonen self-organization feature maps |
| 519 | -- | 0 | Haluk Ögmen, S. Gagné. Short range motion detection in the insect visual system |
| 520 | -- | 523 | Omid M. Omidvar. Realization of visual perception via synaptic reinforcement |
| 524 | -- | 527 | Mukul Vassant Shirvaikar, Mohamad T. Musavi. A neural network classifier for character recognition |
| 528 | -- | 530 | Y. Tsukamoto, Robert G. Smith, P. Sterling. "Collective coding": A mechanism to improve the signal/noise ratio of the retinal ganglion cell |
| 531 | -- | 0 | W. A. Wright. Contextual image segmentation with a neural network |
| 532 | -- | 533 | Tony Zador, Gene Gindi, Eric Mjolsness, P. Anandan. Neural network for model based recognition: Simulation results |
| 534 | -- | 543 | Steven W. Zucker. The organization of curve detection: Coarse tangent fields and fine spline coverings |
| 544 | -- | 0 | Nobuki Kajihara, Satoshi Matsushita, Toshiyuki Nakata, Nobuhiko Koike. Parallel neural network simulation machine: Neuman |
| 545 | -- | 546 | Paul J. Kolodzy, Murali M. Menon. Simulation and implementation considerations with classification networks |
| 547 | -- | 549 | Sun-Yuan Kung, Jenq-Neng Hwang. An algebraic projection analysis for back-propagation learning |
| 550 | -- | 556 | Kia-Fock Loe, Loke-Soo Hsu, Sing-Chai Chan, H. B. Low. An object-oriented language for neural network simulation |
| 557 | -- | 0 | Alexis Wieland, Russell Leighton, William Morgart. Aspirin for migraines |