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Mine Remote Sensing Using a Working Robot

机译:使用工作机器人进行矿山遥感

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In conducting mine detection experiments using our prototype robot COMET-1, we developed end effectors on the robot's working legs. When detecting a mine, a robot must step safely and stably without hitting it. For this study, we created a simulation model to test the movement of a robot having an optical proximity sensor on each foot and used a walking algorithm having compliance control. We verified its efficiency in walking experiments. We also studied the use of remote sensing technology with an IR camera combined with other sensors. Tests with trial mines were used to study the detection of an IR camera and studied technologies for collecting and processing image data in real time for optimum mine detection.
机译:在使用原型机器人COMET-1进行地雷检测实验时,我们在机器人的工作腿上​​开发了末端执行器。当检测到地雷时,机器人必须安全,稳定地踩踏而不撞到地雷。在本研究中,我们创建了一个仿真模型来测试每只脚上都有一个光学接近传感器的机器人的运动,并使用了具有顺应性控制的步行算法。我们在步行实验中验证了其效率。我们还研究了结合红外传感器和其他传感器使用遥感技术的情况。使用试验性地雷的测试来研究红外相机的检测,并研究了实时收集和处理图像数据以实现最佳地雷检测的技术。

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