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Design technology in wireless mesh network system for eruption disaster mitigation of Merapi volcano

机译:默拉皮火山喷发减灾的无线网状网络系统设计技术

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Indonesia is one country in the world that has the biggest natural disaster risk. That is because the position of Indonesia which is located at the confluence of three plaques Indo-Australian, Eurasian and Philippines. One of the disasters that often occur is the eruption of a volcano that is indeed one of the most active volcanoes in the world located in Indonesia called Merapi volcano. Currently, monitoring a volcano still rely on measurements on site and remote monitoring using camera and outposts near Merapi volcano. It is becoming less effective due to the efficiency and effectiveness of the key staple of disaster mitigation process. This paper provides a new approach to monitor the state of the Merapi based on ambient temperature in Merapi using wireless mesh network system based on Zigbee modules, effectiveness and reliability found in volcano monitoring which the level of reliability of a particular node at a distance of 200m and can perform data transmission when multiple nodes are damaged and the data is sent successfully.
机译:印度尼西亚是世界上自然灾害风险最大的国家。这是因为印度尼西亚的位置位于印度,澳大利亚,欧亚和菲律宾三大牌匾的交汇处。经常发生的灾难之一是火山喷发,而火山确实是位于印度尼西亚的世界上最活跃的火山之一,称为Merapi火山。当前,监视火山仍然依赖于现场测量以及使用默拉皮火山附近的摄像机和哨所进行的远程监视。由于减灾过程的关键要素的效率和有效性,它的有效性正在下降。本文提供了一种新方法,该方法使用基于Zigbee模块的无线网状网络系统在Merapi中基于环境温度来监视Merapi的状态,在火山监测中发现的有效性和可靠性,从而可以确定200m处特定节点的可靠性水平并且可以在多个节点损坏且数据发送成功时执行数据传输。

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