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Study on Mine Dynamic Disaster Intelligent Monitoring System Based on Multi-Agent

机译:基于多智能经纪的矿井动态灾害智能监控系统研究

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Rock burst, coal and gas outburst, water inrush and so mine dynamic disasters are seriously threatening to production safety, hindering to further enhance mine productivity level greatly. It is much important to do effective monitoring and forecasting on mine dynamic disaster to improve the economic and social benefits of mine. Facing the existing mine dynamic disaster monitoring means features, the paper constructs mine dynamic disaster intelligent monitoring system based on multi-agent. The system is divided into four layers; the bottom layer, the communication layer, the management layer, the interactive layer. The bottom layer is designed to a number of single-agent intelligent nodes, using electromagnetic radiation method, and acoustic emission method to acquisition-and processing the various signals before mine dynamic disaster respectively. The single-agent intelligent node is layout in the mine stress field under need, through the system management layer, communications layer, interactive layer to summary data information and judge the small-scale regionalization dynamic disaster standards for the whole mine based on the got data. The paper uses multi-agent technology construct mine dynamic disaster stereo monitoring system framework, achieves the intelligent mine dynamic disaster monitoring and forecasting through the mutual communication and cooperation of singleagent intelligent nodes.
机译:摇滚爆裂,煤炭和煤气爆发,潮流等矿井动态灾害严重威胁到生产安全,妨碍进一步提升矿井生产力水平。有效的监测和预测在矿井致灾促进我的经济和社会福利方面有效监测和预测是很重要的。面向现有的矿山动态灾害监测装置功能,造纸构建了基于多助手的矿井动态灾害智能监控系统。该系统分为四层;底层,通信层,管理层,交互层。底层设计为多个单粒智能节点,使用电磁辐射方法,以及分别在矿井动态灾难之前获取和处理各种信号的声发射方法。单个代理智能节点在需要的矿区应力领域布局,通过系统管理层,通信层,交互层汇总数据信息并根据GOT数据判断整个矿井的小规模区域化动态灾难标准。本文采用多代理技术构建矿井动态灾难立体声监测系统框架,通过单一智能节点的相互沟通与合作实现智能矿山动态灾害监测和预测。

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