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Schoenemann, P. T. (1999) Syntax as an emergent characteristic of the evolution of semantic complexity. Minds and Machines, 9:309--346.

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Brighton,Kirby,Smith, Situated cognition and the role of multi-agent models in explaining language structure, 2003 :: 6
Brighton, Compositional Syntax from Cultural Transmission, 2002 :: 53
Brighton, Simplicity as a Driving Force in Linguistic Evolution, 2003 :: 10
Christiansen,Chater, Language as shaped by the brain, 2008 :: 5
Christiansen,Kirby, Language Evolution: Consensus and Controversies, 2003 :: 14
Coupe,Hombert, Polygenesis of Linguistic Strategies: A Scenario for the Emergence of Languages, 2005 :: 1
Fontanari,Perlovsky, Evolving compositionality in evolutionary language games, 2007 ::
Gong,Ke,Minett,Wang, A computational framework to simulate the co-evolution of language and social structure, 2004 :: 10
Gong,Minett,Ke,Holland,Wang, Coevolution of lexicon and syntax from a simulation perspective, 2005 :: 6
Gong,Minett,Wang, Language origin and the effects of individuals' popularity, 2006 ::
Gong,Wang, Computational modeling on language emergence: A coevolution model of lexicon, syntax and social structure, 2005 :: 6
Ke, Self-organization and Language Evolution: System, Population and Individual, 2004 :: 4
Pauw, An Agent-Based Evolutionary Computing Approach to Memory-Based Syntactic Parsing of Natural Language, 2002 :: 2
Schoenemann, Conceptual complexity and the brain: understanding language origins, 2005 ::
Smith, The Transmission of Language: models of biological and cultural evolution, 2003 :: 15
Smith, Evolving Communication through the Inference of Meaning, 2003 :: 3
Wang,Ke,Minett, Computational studies of language evolution, 2004 :: 11

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