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Modelling Language-Physiology Coevolution (0) [3 citations — 2 self]

by Daniel Livingstone ,  Colin Fyfe
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Abstract:

this paper, although their agents are more complicated with an additional layer (used only in learning). The authors limit their investigation to the development of a shared lexicon.

Citations

264 The Language Instinct – Pinker - 1994
185 A new factor in evolution – Baldwin
97 Generative models for discovering sparse distributed representations – Hinton, Ghahramani - 1997
79 How to invent a lexicon: the development of shared symbols in interaction – Hutchins, Hazlehurst - 1995
65 Grooming, gossip and the evolution of language – Dunbar - 1996
55 Computational simulations of the emergence of grammar – Batali - 1998
49 Innate biases and critical periods: combining evolution and learning in the acquisition of syntax – Batali - 1994
21 Evolving cooperation in the non-iterated prisoner’s dilemma: The importance of spatial organization – Oliphant - 1994
8 Brain-Language Coevolution – Deacon - 1992
8 An investigation into the evolution of communication. Adaptive Behavior – Paolo - 1998
7 The emergence of a "language" in an evolving population of neural networks – Cangelosi - 1998
6 On the evolution of human language – Lieberman - 1992
4 A Computational Model of Language-Physiology Coevolution – Livingstone, Fyfe - 1998
1 Adaptive advantages of "Hearsay" over direct sensorimotor experience. Paper read at – Cangelosi - 1998
1 Developing a Community Language. Poster presented at the Fourth – Fyfe - 1997
1 Observational word learning in bonobos – Savage-Runbaugh - 1998
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