论文部分内容阅读
2017年9月12日,英国《自然·通讯》杂志发表了一项工程学最新突破:欧洲科学家展示了一种可以自行重配的模块化机器人,它们能够合并、拆分,甚至自我修复,同时保持完整的感觉运动控制力。该研究将使人类向制造可以自主更改大小、形状和功能的机器人又迈进一步。比利时布鲁塞尔自由大学研究人员马科·德里格及同事设计了能够调整自身形态的模块化机器人:通过拆分与合并,能形成全新的独立机器人实体,并根据任务或环境自主选择适当的形状和大小。它们的机器神经系统
On September 12, 2017, the latest breakthrough in engineering was published by Nature in the UK magazine: European scientists demonstrated a self-reconfigurable modular robot capable of merging, splitting, and even self-healing while Maintain full sense of motor control. The research will take humans one step closer to making robots that can change size, shape and function autonomously. Researcher Marco de Lager of Brussels University in Brussels, Belgium, and his colleagues designed a modular robot that can adjust its own form: by splitting and merging, a completely new independent robot entity can be formed and the proper shape and size can be selected according to the task or environment . Their machine nervous system