摘要
通过建立矿井通风网络的图论模型,提出将监测范围作为传感器部署的理论依据,以节点间风流流经时间作为监测等级,应用覆盖度作为优选最佳测点标准,基于D ijkstra算法和极小支配集算法求得传感器的最佳布点.以一小型矿井通风网络为例,求解瓦斯传感器的最优布点,结果表明监测等级不同对应的安全等级也不同,布点的数量、位置以及监测覆盖度也不同.
By establishing graph model of mine ventilation network, monitoring scope was applied as the theory base, flowing time between nodes was used as monitoring level, optimum methane sensor placement could be resolved with coverage as the selection standard based on Dijkstra arithmetic and minimal dominant set arithmetic. By using a small mine as an example, methane sensor placement was optimized and the results show that different monitoring level leads to different safety level, number of methane sensors and coverage.
出处
《煤炭学报》
EI
CAS
CSCD
北大核心
2008年第8期946-950,共5页
Journal of China Coal Society
基金
电子信息产业发展基金重点资助项目(财建[2005]688号
信部运[2005]555号)
国家发改委煤炭行业标准资助项目
