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Mine Detecting Technology for Humanitarian Purpose

机译:人道主义目的的地雷探测技术

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摘要

We have conducted several experiments of mine detection operations using our first prototype robot system, COMET-1. To accomplish the work, we developed several end effectors that can be attached to the working legs of the robot. When detecting a mine, a robot must lower each of its leg onto the ground safely and stably without stepping Don a mine. For the simulations and experiments in this study, the authors created a simulation model to test the movements of the robot which has an optical proximity sensor attached to the foot of each leg and employs a walking algorithm using compliance control.rnWe verified the efficiency of this method by means of walking experiments.rnWe also investigated the use of remote sensing technology with an IR camera used in combination with other types of sensors. Tests with trial mines were used to study the detection characteristics of an IR camera and we examined the technologies needed for collecting and processing image data in real time for optimum mine position detection.
机译:我们使用我们的第一个原型机器人系统COMET-1进行了几次探雷操作的实验。为了完成这项工作,我们开发了几个末端执行器,可以将其连接到机器人的工作腿上​​。当检测到地雷时,机器人必须安全,稳定地将其每条腿放到地面上,而不能踩踏Don地雷。对于本研究中的仿真和实验,作者创建了一个仿真模型来测试机器人的运动,该机器人的每条腿的脚上都安装了一个光学接近传感器,并采用了通过顺应性控制的行走算法。rn我们验证了这种方法的效率。我们还研究了将红外相机与其他类型的传感器结合使用的遥感技术的使用情况。通过对试验地雷的测试来研究红外热像仪的探测特性,并且我们研究了实时采集和处理图像数据以实现最佳地雷位置探测所需的技术。

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