异种机器人:基于人工智能的生物活体机器人的卓越组合

E. Ramanujam, L. Rasikannan, A. AnandhalakshmiP., Nashwa Ahmad Kamal
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引用次数: 4

摘要

技术日新月异,它的每一个新面貌都引人注目,使应用科学惊叹不已。机器人和人工智能已经超越了自动化。自动化曾经被认为是一种挑战,但现在同样的技术已经震惊了整个世界,将视觉转化为现实的活细胞机器人。在这个现代时代,人工智能的进化算法通过整合青蛙细胞的生物学方面,对自动化和稀有活细胞物种的创造产生了影响。因此,使用自我更新和生物相容性材料(理想的候选生物是自己)来构建技术将在各个领域都很有用。因此,本文提出了一种名为Xenobots的活细胞机器人,其设计方法、组成、应用以及将活细胞机器人转化为模仿人类大脑的类人机器人。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Xenobots: A Remarkable Combination of an Artificial Intelligence-Based Biological Living Robot
Technology is improving day by day and every new face of it is engrossing, making applied science astonishment. Robotics and Artificial Intelligence have taken the world beyond automation. Automation was once considered as a challenge, but now the same technology has stunned the whole world, with the transformation of vision to the reality of live cell robots. In this modern era, evolutionary algorithms with Artificial Intelligence have made an impact on the automation and the creation of rare live-cell species by integrating biological aspects of frog cells. It would be thus useful in various domains to build technologies using self-renewing, and biocompatible materials of which the ideal candidates are living themselves. Thus, this paper presents a live cell robot named Xenobots, its design method, formation, applications, and transformation of live cell robots to humanoid robots that mimic the human brain.
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