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Robotics and nature, from primitive creatures to human intelligence

机译:机器人与自然,从原始生物到人类智能

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For thousands of years, humans have looked to nature to find solutions for their problems. This trend has affected the robotics field as well as artificial intelligence, manufacturing, biomechanics, vision and many others, In the robotics field, there are many unsolved problems which amazingly have been solved in nature. These problems vary from basic motion control to high level intelligence problems. Insects' motion, human's walking, driving, exploring an unstructured environment, and object recognition are examples of these problems. Robotics researchers have looked to nature to find solutions to these problems. However, what is missing is human-like computation ability. The presumption is that if we want to create a human like robot, we should implement systems which perceive and operate similar to humans. This paper is a survey on how robotics has been inspired by mimicking nature. It introduces different trends and reviews the modern biologically inspired technology. It also focuses on human perception and potentials for perception based robotics. The significance of this work is that it provides an understanding of the importance of perception in the design of a robot controller.
机译:几千年来,人类一直在寻求自然界中的问题解决方案。这种趋势已经影响了机器人技术领域以及人工智能,制造,生物力学,视觉等诸多领域。在机器人技术领域,有许多悬而未决的问题已经在自然界中得以解决。这些问题从基本的运动控制到高级智能问题不等。这些问题的例子包括昆虫的运动,人的行走,驾驶,探索非结构化环境以及物体识别。机器人研究人员一直在自然界中寻找解决这些问题的方法。但是,缺少的是类人的计算能力。假设是,如果我们要创建像人类一样的机器人,就应该实现感知和操作类似于人类的系统。本文是关于模仿自然如何激发机器人技术的调查。它介绍了不同的趋势并回顾了现代生物启发技术。它还关注于人类的感知以及基于感知的机器人技术的潜力。这项工作的意义在于,它提供了对感知器在机器人控制器设计中的重要性的理解。

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