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Guest Editorial Advances in Frontier Researches and Realistic Applications on Cyborg and Bionic Systems

机译:前沿研究进展和仿生系统的前沿研究和现实应用

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摘要

Over the past few decades, there have been huge advances in creative clinical applications that grew enormously ranging from cyborg and bionic systems, and their integration applications of robotics and mechatronics in medicine and biology. Two of the most significant areas of recent growth include organic and biomechatronic body parts, and hybrid fusion-based applications. These can be considered as the integration of components or technologies that have an artificial aspect with tremendous interests through the availability of new bio-hybrid actuators and sensors solutions. With rapid development of bionic technology and nanotechnology, we think that a cyborg and bionic system can assist humans to conquer many limitations such as disease, speed, strength, as well as intelligence.
机译:在过去的几十年里,从机器人和仿生系统的巨大程度上增加了巨大的临床应用,以及药物与生物学中机器人和机电一体化的集成应用。最近增长的两个最重要的区域包括有机和生物学的身体部位,以及混合融合的应用。这些可以被视为通过新的生物混合执行器和传感器解决方案的可用性来赋予具有巨大兴趣的组件或技术的集成。随着仿生技术和纳米技术的快速发展,我们认为机器人和仿生系统可以帮助人类征服许多疾病,速度,力量以及智力等局限性。

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