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A new method for measuring quadruped animal motion parameters based on inertial motion capturing system

机译:基于惯性运动捕获系统的四足动物运动参数测量新方法

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While exploring the environment and terrain deeper and deeper, foot robots get more and more applications in field of exploration, polar expedition and aerospace due to coping with various complex terrain adaptability, obstacle crossing ability, and perfect flexibility. Since quadruped robots have better stability and load capacity, they were the most widely used among varies foot robots. During the research and development of robots, the quadruped robots appear poor balance, load capacity lower, energy consumption high, sailing time shorter and other issues. We use bionics to get the quadruped motion data measured by inertial motion capturing system, and analyze different quadruped gait motion data, and identify the principles of animal locomotion, and extract the bionics advantages to apply quadruped robots development. It can greatly improve the ability of balance, load capacity and energy efficiency of the quadruped robots.
机译:在越来越深入地探索环境和地形时,足部机器人因应对各种复杂的地形适应性,障碍穿越能力和完美的灵活性而在探索,极地探险和航空航天领域得到越来越多的应用。由于四足机器人具有更好的稳定性和负载能力,因此在脚踏机器人中使用最广泛。在机器人的研发过程中,四足机器人出现平衡差,负载能力低,能耗高,航行时间短等问题。我们使用仿生学获取惯性运动捕获系统测得的四足运动数据,分析不同的四足步态运动数据,确定动物运动的原理,并提取出仿生学的优势以应用四足机器人开发。它可以大大提高四足机器人的平衡能力,负载能力和能效。

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