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Simulation Study and Probe on UWB Wireless Communication in Underground Coal Mine

机译:煤矿超宽带无线通信的仿真研究与探索

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摘要

From an analysis of the status of coal mine underground wireless communication, the application of UWB wireless communication system to underground coal mine is proposed. The basic composition of an UWB communication system and application in underground coal mines are introduced. The analyses show that, because of the transmission power being non-limitted in underground coal mines, the use of UWB in coal mines cannot only realize wireless access services of short distance high rate application for transmission of video monitoring signals, but also realize wireless access services of long distance low rate applications for mobile telephones in underground coal mines and parameters of working conditions monitoring, etc. It is emphasized on the simulation of a TH-PPM UWB communication system with traditional underground broadband model and ground CM1, CM3 model. It is shown that the traditional underground broadband model and ground CM1, CM3 models are not applicable to the UWB communication system in underground coal mines. It is necessary to conduct research on the propagation characteristics of UWB in coal mine tunnels, given the characteristics of the underground environment and to find the appropriate UWB model for underground coal mines.
机译:通过对煤矿井下无线通信现状的分析,提出了UWB无线通信系统在井下煤矿的应用。介绍了UWB通信系统的基本组成及其在地下煤矿中的应用。分析表明,由于地下煤矿的传输功率不受限制,在煤矿中使用超宽带不仅可以实现短距离高速率应用的无线接入业务,用于视频监控信号的传输,而且可以实现无线接入。地下煤矿中移动电话的长距离低费率应用服务以及工作条件监视参数等。着重在模拟具有传统地下宽带模型和地面CM1,CM3模型的TH-PPM UWB通信系统。结果表明,传统的地下宽带模型和地面CM1,CM3模型不适用于地下煤矿的UWB通信系统。鉴于地下环境的特点,有必要对超宽带在煤矿隧道中的传播特性进行研究,并为地下煤矿寻找合适的超宽带模型。

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