基于细胞方法的机器人结构混合方法

C. Piña-García, V. A. García-Vega
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引用次数: 4

摘要

这篇文章试图从细胞的角度提出一种反应性机器人方法,这一明确的倾向表明,生物启发的研究已经成为阐述这篇文章的巨大动机。这项研究的方法受到DNA计算和分子生物学的启发,这项研究表明,这种生物学灵感可以作为一种成熟的机器人方法,它以传统的架构为基础,如罗德尼·布鲁克斯的包容架构和势场方法论。我们对该方法进行了修订,将其与Rolf Pfeifer的设计原则以及Claude和Paun提出的通用计算框架进行了比较。这个预览的目的是为未来的工作提供提示,包括两种范式(机器人与DNA计算)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Hybrid Methodology for Robotic Architectures with a Cellular Approach
The clear inclination that has come showing the bio-inspired investigation has been a great motivation for the elaboration of this article, where it is tried to propose a reactive robotic methodology from the cellular point of view. The approach for this research was inspired by DNA computing and molecular biology, this research show that this biological inspiration can be used as a mature robotic methodology, which, takes bases from traditional architectures such as the architecture of subsumption of Rodney Brooks and the methodology of potential fields. We provide a revision of this methodology comparing it with the Principles of Design of Rolf Pfeifer, as well as with the General Computing Framework proposed by Claude and Paun. The purpose of this preview is to make hints for a future work that includes two paradigms (robotic with DNA computing)
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