Language Evolution and Computation Bibliography

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Peter Bodik
2003
Language Change in Multi-generational CommunityPDF
Proceedings of CALCI'03, 2003
Steels in [4] claims that both flux of agents (changing of agents in an experiment) and stochasticity in communication of agents are necessary for a spontaneous change in language. This paper argues that flux of agents alone could be responsible for a spontaneous change in ...MORE ⇓
Steels in [4] claims that both flux of agents (changing of agents in an experiment) and stochasticity in communication of agents are necessary for a spontaneous change in language. This paper argues that flux of agents alone could be responsible for a spontaneous change in language. This hypothesis is demonstrated by modeling language use through language games played in a population of evolving agents.
Formation of a Common Spatial Lexicon and its Change in a Community of Moving AgentsPDF
Frontiers in AI: Proceedings of SCAI'03, 2003
This paper investigates factors influencing the establishment of a common spatial lexicon in a community of agents moving in a simulated environment. The model avoids some traditionally criticized features of other models of the emergence of a common lexicon such as the use of ...MORE ⇓
This paper investigates factors influencing the establishment of a common spatial lexicon in a community of agents moving in a simulated environment. The model avoids some traditionally criticized features of other models of the emergence of a common lexicon such as the use of only cued representations, pre-defined fixed meanings shared by all agents, explicit meaning transmission and nonverbal feedback about the outcome of a game. While each agent forms its own concepts for distances and directions, coherent lexicon emerges enabling agents to localize objects in the environment based on their spatial description. Factors necessary for language change are then investigated in an experiment where agents join/leave the community and the results are compared to those of the related model of Steels.