Deployment Method of Wireless Sensor Networks for Coal Mine Safety Monitoring Based on Multi Robot Systems

Hongwei Tang, Gongbo Zhou, Deen Bai, Menggang Li, Xia Zhang, Chaoquan Tang
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Abstract

Applying Wireless Sensor Networks(WSNs) to coal mine safety monitoring is an effective means to achieve continuous monitoring of underground environmental parameters, but how to deploy them is a prerequisite for application. Firstly, a three-dimensional deployment strategy based on Confident Information Coverage (CIC) model suitable for narrow and long underground spaces is proposed. Secondly, an autonomous deployment method for WSNs nodes in a multi robots system using robots as node carriers is proposed, which effectively improves the deployment efficiency of nodes. Finally, the deployment strategy and method proposed in this paper were validated through simulation experiments. The experimental results showed that the proposed strategy can reduce the number of nodes, and the deployment method is also superior to existing methods.
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基于多机器人系统的煤矿安全监测无线传感器网络部署方法
将无线传感器网络(WSN)应用于煤矿安全监测是实现井下环境参数连续监测的有效手段,但如何部署是应用的前提。首先,基于可信信息覆盖(CIC)模型,提出了适合狭长井下空间的三维部署策略。其次,提出了以机器人为节点载体的多机器人系统中 WSNs 节点的自主部署方法,有效提高了节点的部署效率。最后,通过仿真实验验证了本文提出的部署策略和方法。实验结果表明,本文提出的策略可以减少节点数量,部署方法也优于现有方法。
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