Design Research of Digital Optical Transceiver in Mine Network Platform
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摘要: 为解决现行矿井监控系统网络布线成本过高、资源配置浪费的问题,文章介绍了以数字光端机为核心技术的基于B/S模式的矿井网络平台架构,给出了基于CPLD的数字光端机硬件设计方案,并采用MaxpusⅡ对视频/音频和数据信号的双向数据传输进行仿真。仿真结果表明,该矿用数字光端机的设计方案复用时隙分配清晰,无报文交叠或丢失情况发生,满足"三网合一"的传输设计要求。Abstract: In order to solve problems of high cost of network wiring of existing mine monitoring and control system and resource waste, the paper introduced the structure of mine network platform based on B/S mode which took digital optical transceiver as core, gave hardware design scheme of digital optical transceiver based on CPLD, and used MaxpusII to simulate bidirectional transmission of video signals, audio signals and data signals.The simulation result showed that the design scheme of mine-used digital optical transceiver has clear multiplexing timeslot distribution and has no message overlapping or loss,which satisfies triple-play.
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