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The research and design of hexapod bionic robot system based on active olfaction

机译:基于主动嗅觉的六足仿生机器人系统的研究与设计

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In the practical applications, foot bionic robots have better adaptability and motion performance than the wheeled robots and the tracked robots. In this paper, a hexapod bionic robot system with active olfaction is designed which is based on a foot robot. To find and locate odor sources independently, the system collects gas concentration data by carbon dioxide sensor array which is mounted on the hexapod robot platform. And then the system controls the hexapod robot to move towards the direction of the maximum gas concentration gradient according to the concentration gradient search algorithm. Finally, the experiments proved that the hexapod bionic robot system based on active olfaction is stable and feasible, and can realize the goal of autonomous source-finding.
机译:在实际应用中,足部仿生机器人比轮式机器人和履带机器人具有更好的适应性和运动性能。本文设计了一种基于脚机器人的主动嗅觉六足仿生机器人系统。为了独立查找和定位气味源,系统通过安装在六脚机器人平台上的二氧化碳传感器阵列收集气体浓度数据。然后系统根据浓度梯度搜索算法控制六足机器人朝最大气体浓度梯度的方向移动。最后,实验证明基于主动嗅觉的六足仿生机器人系统是稳定可行的,可以实现自主寻源的目的。

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