Michael G. Dyer, Ph.D.
Affiliations: | Computer Science | University of California, Los Angeles, Los Angeles, CA |
Area:
processing and acquisition of natural language through symbolic, connectionist and genetic algorithm techniquesWebsite:
http://www.cs.ucla.edu/~dyer/Google:
"Michael Dyer"Cross-listing: Neurotree
Children
Sign in to add trainee| Michael E. Gasser | grad student | 1988 | UCLA (LinguisTree) |
| Risto Miikkulainen | grad student | 1990 | UC Irvine (Neurotree) |
| Frederick L. Crabbe | grad student | 2000 | UCLA (Neurotree) |
| Anand V. Panangadan | grad student | 2002 | UCLA (Neurotree) |
| Gerald C. Chao | grad student | 2003 | UCLA (Neurotree) |
| Trent E. Lange | grad student | 2009 | UCLA (Neurotree) |
| Ryan R Rosario | grad student | 2008-2010 | UCLA |
| Sven Mawson | grad student | 2012 | UCLA (Neurotree) |
| David A. Jurgens | grad student | 2014 | UCLA (Neurotree) |
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Publications
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| Panangadan A, Dyer MG. (2009) Construction in a simulated environment using temporal goal sequencing and reinforcement learning Adaptive Behavior. 17: 81-104 |
| Dyer MG. (2006) Will the neural blackboard architecture scale up to semantics? Behavioral and Brain Sciences. 29: 77-78 |
| Crabbe FL, Dyer MG. (2000) Goal directed adaptive behavior in second-order neural networks: The MAXSON family of architectures Adaptive Behavior. 8: 149-172 |
| Dyer MG. (2000) Understanding Language Understanding: Computational Models of Reading edited by Ashwin Ram and Kenneth Moorman Trends in Cognitive Sciences. 4: 35 |
| Crabbe FL, Dyer MG. (1999) Vicarious learning in mobile neurally controlled agents: The V-MAXSON architecture Iee Conference Publication. 2: 904-909 |
| Crabbe FL, Dyer MG. (1999) Second-order networks for wall-building agents Proceedings of the International Joint Conference On Neural Networks. 3: 2178-2183 |
| Lange TE, Dyer MG. (1996) Parallel reasoning in structured connectionist networks: Signatures versus temporal synchrony Behavioral and Brain Sciences. 19: 328-331 |
| Dyer MG, Lee G. (1995) Goal/plan analysis via distributed semantic representations in a connectionist system Applied Intelligence. 5: 165-197 |
| Nenov VI, Dyer MG. (1994) Perceptually Grounded Language Learning: Part 2—DETE: A Neural/Procedural Model Connection Science. 6: 3-41 |
| Dyer MG. (1993) Toward synthesizing artificial neural networks that exhibit cooperative intelligent behavior: Some open issues in artificial life Artificial Life. 1: 111-134 |