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Simulation environment for underground flooded mines robotic exploration

机译:地下淹没矿井机器人勘探的仿真环境

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This paper presents the work performed in the implementation of an underwater simulation environment for the development of an autonomous underwater vehicle for the exploration of flooded underground tunnels. In particular, the implementation of a laser based structured light system, multibeam sonar and other robot details were addressed. The simulation was used as a relevant tool in order to study and specify the robot multiple sensors characteristics and placement in order to adequately survey a realistic environment. A detailed description of the research and development work is presented along with the analysis of obtained results and the benefits this work brings to the project.
机译:本文介绍了在水下模拟环境的实施中进行的工作,以开发用于水下淹没隧道勘探的自动水下车辆。特别地,解决了基于激光的结构光系统,多束声纳和其他机器人细节的实现。仿真被用作相关工具,以研究和指定机器人的多个传感器特性和位置,以便充分调查现实环境。介绍了研究和开发工作的详细说明,并分析了获得的结果以及该工作给项目带来的好处。

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