煤矿移动机会感知网络新策略及可靠性研究

Ping Ren, Jingzhao Li, Dayu Yang
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摘要

针对物联网在煤矿应用中的优势,本文提出了一种新的移动机会感知方法,充分利用井下矿山移动资源。在不增加传感设备的情况下,建立了移动节点与固定节点的协同工作机制。据此,构建煤矿全场所的环境机会感知和信息传递,达到综合感知的目的。通过分析移动节点和固定节点之间的损失和冗余感知概率,建立了一种新型的稀疏异构融合网络及其混合节点布置策略和节点间低阶错误检测模型。在此基础上,为验证策略的优越性,进行了硬件设计和实验,为矿山企业在物联网感知层和传输层的应用提供了新的途径和思路。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A new mobile opportunity perception network strategy and reliability research in coal mine
Aiming at the advantages of internet of things in coal mine application, in this paper, we propose a new method of mobile opportunity perception, which makes full use of underground mine mobile resources. Without adding extra sensing devices, the collaborative working mechanism of mobile nodes and fixed nodes is established. Accordingly, it builds environment opportunity perception and information transmission of the whole place in coal mine and achieves a comprehensive perception goal. By analysing the loss and redundancy perception probability between the mobile and fixed nodes, a novel sparse heterogeneous fusion network and its mixed node arrangement strategy and low-order error detection model between nodes are established. On this basis, to verify the superiority of strategy, the hardware design and experiments are carried out, which provides a new approach and idea for mining enterprises in sensing layer and transport layer application of internet of things.
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