Evolving robot morphology

H. Lund, J. Hallam, Wei-Po Lee
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引用次数: 144

Abstract

True evolvable hardware should evolve whole hardware structures. In robotics, it is not enough only to evolve the control circuit; the performance of the control circuit is dependent on other hardware parameters-the robot body plan, which might include body size, wheel radius, motor time constant, sensors, etc. Both the control circuit and the body plan co-evolve in true evolvable hardware. By including the robot body plan in the genotype as a kind of Hox gene, we co-evolve task-fulfilling behaviors and body plans, and we study the distribution of body parameters in the morphological space. Further, we have developed a new hardware module for the Khepera robot, namely ears with programmable amplifiers, synthesizers and mixers, that allow us to study true evolvable hardware by modelling the evolution of auditory sensor morphology.
机器人形态的进化
真正的可进化硬件应该进化整个硬件结构。在机器人技术中,仅仅改进控制电路是不够的;控制电路的性能取决于其他硬件参数——机器人身体计划,它可能包括身体尺寸、车轮半径、电机时间常数、传感器等。控制电路和机体计划在真正的可进化硬件中共同进化。通过将机器人身体计划作为一种Hox基因纳入基因型,共同进化任务实现行为和身体计划,并研究身体参数在形态空间中的分布。此外,我们为Khepera机器人开发了一个新的硬件模块,即带有可编程放大器、合成器和混音器的耳朵,这使我们能够通过模拟听觉传感器形态的进化来研究真正的可进化硬件。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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