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An image based method of finding better walking strategies for hexapod on discontinuous terrains

机译:在不连续地形上寻找更好的六足动物步行策略的基于图像的方法

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摘要

The adaptive gait planning is an important aspect for walking robot traversing on rough terrain. Hexapod robot is robust among all legged robots walking over rough terrain. For rough terrain, many studies have been performed on robot vision system to recognize the surrounding terrain. But those studies are based on simple rule of forbidden walking regions of the robot. This paper presented a special image based method to recognize the surrounding terrain. Moreover, a number of parameters used to establish, modify, and analyze the terrain. A hexapod robot walking gait model also designed to test the effectiveness of proposed method. Simulation results show that the method can handle large databases with image processing technique to find out the optimum strategy of walking on rough terrain.
机译:自适应步态规划是步行机器人在崎terrain地形上穿越的重要方面。六足机器人在所有在崎leg地形上行走的有腿机器人中都很健壮。对于崎terrain的地形,已经在机器人视觉系统上进行了许多研究以识别周围的地形。但是这些研究是基于机器人禁止行走区域的简单规则。本文提出了一种基于图像的特殊方法来识别周围的地形。此外,许多用于建立,修改和分析地形的参数。还设计了六足机器人步行步态模型来测试所提出方法的有效性。仿真结果表明,该方法可以利用图像处理技术处理大型数据库,从而找到在崎terrain地形上行走的最佳策略。

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