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为机器人发展有扎实基础的通信。

Evolving grounded communication for robots.

作者信息

Steels Luc

机构信息

SONY Computer Science Laboratory, Paris, France; and University of Brussels (VUB AI Laboratory), Belgium

出版信息

Trends Cogn Sci. 2003 Jul;7(7):308-312. doi: 10.1016/s1364-6613(03)00129-3.

Abstract

The computational and robotic synthesis of language evolution is emerging as a new exciting field of research. The objective is to come up with precise operational models of how communities of agents, equipped with a cognitive apparatus, a sensori-motor system, and a body, can arrive at shared grounded communication systems. Such systems may have similar characteristics to animal communication or human language. Apart from its technological interest in building novel applications in the domain of human-robot or robot-robot interaction, this research is of interest to the many disciplines concerned with the origins and evolution of language and communication.

摘要

语言进化的计算与机器人合成正成为一个令人兴奋的新研究领域。其目标是提出精确的操作模型,以说明配备认知装置、感觉运动系统和身体的智能体群体如何能够达成共享的基础通信系统。这样的系统可能具有与动物交流或人类语言相似的特征。除了在构建人机或机器人间交互领域的新型应用方面具有技术意义外,这项研究还引起了众多关注语言和通信起源与进化的学科的兴趣。

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