An Efficient Implementation of Wireless Sensor Network for Performing Rescue & Safety Operation in Underground Coal Mines

Shilpa Lande, Punam Chabukswar, V. Bhope
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Abstract

The structuring of the underground coal mine monitoring system based on the ZigBee wireless sensor network evacuates the traditional underground coal mine monitoring system. In this monitoring system for wireless communication, ZigBee is utilized. So, there is a significant advancement in coal mine wellbeing production which is sheltered. Aside from this, it is inadmissible to lay the links which are exorbitant and consumes additional time. To take care of this issue there is have to plan and build up an underground coal mine monitoring system using WSN. The venture is isolated into two sections. The initial segment is the underground section which is inside the coal mines and the second is the ground section which is outside of coal mine. The sensor is set inside the underground section. This sensor detects all the physical parameters, for example, ascend in temperature, unsafe gases, vibration, and increment or fall in dampness. The controller converts this information into the computerized signal. The converted information is sent towards the ground section which is outside of coal mines. For the communication between the underground section and ground section, we utilized WSN which is Zigbee. The ground section consists of a server consisting of graphical UI (GUI) which is made by NeatBeans stage using Java programming. The camera likewise joined the server which checks the encompassing.
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无线传感器网络在煤矿井下救援安全作业中的高效实现
基于ZigBee无线传感器网络的煤矿井下监控系统的构建,摆脱了传统煤矿井下监控系统的局限。本无线通信监控系统采用ZigBee技术。因此,煤矿的福利生产有了很大的进步。除此之外,不允许铺设过多的和消耗额外时间的链接。为了解决这一问题,必须规划和建立一个基于无线传感器网络的煤矿井下监测系统。合资企业分为两个部分。第一段是煤矿内的地下段,第二段是煤矿外的地面段。传感器设置在地下部分内部。该传感器检测所有物理参数,例如,温度上升、不安全气体、振动和湿度的增加或下降。控制器将这些信息转换成计算机信号。转换后的信息被发送到煤矿外的地面段。对于地下段和地面段之间的通信,我们采用了Zigbee无线传感器网络。地面部分由一个服务器组成,该服务器由NeatBeans阶段使用Java编程制作的图形UI (GUI)组成。相机也加入了检查周围环境的服务器。
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