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An Emergency Communication Architecture Based on Ethernet and WSN for Coal Mines

机译:基于以太网和煤矿WSN的紧急通信架构

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Underground coal mines are very necessary to adopt a flexible, adaptable, and reliable network communication technology to guarantee data transmission to be successful. This paper attempts to propose an emergency communication architecture based on Ethernet and WSNs to repair the cable network happening fault or be destroyed during mine disaster. By means of activating wireless sensor nodes around breakpoints of the cable network, a logic network bridge can be dynamically formed for ensuring the emergency communication to be valid.
机译:地下煤矿必须采用灵活,适应性和可靠的网络通信技术来保证数据传输成功。本文试图根据以太网和WSN提出紧急通信架构,以修复电缆网络发生故障或在挖掘灾难期间被销毁。通过激活电缆网络的断点周围的无线传感器节点,可以动态地形成逻辑网络桥,以确保紧急通信有效。

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