The Optimization Design of Node Deployment to Wireless Tunnel Monitoring Sensor Network Using Genetic Algorithm
Tunnel construction is an infrastructure with narrow space,severe environment,and high accident potential,where the sensor nodes are strategically deployed with chain-type topology along relatively long distances and the traditional schemes of wireless sensor network are not available.In this paper,after describing tunnel by two-dimensional grid model,a genetic algorithm with niche technology was used relevantly to improve the general deployment which could make the monitoring network better realtime communication and lower energy consumption.The experimental evaluation indicated that the real-time and the energy consumption of monitoring network under the optimal deployment were improved.Thus,wireless monitoring system can be commendably established to ensure safe excavation,which will improve the overall safety of tunnel construction.
genetic algorithm wireless sensor networks node deployment tunnel monitoring chain-type
Chunjie Zhou Ye Wang Yuanqing Qin Hui Chen
Key laboratory of ministry of education for image processing and intelligent control Department of c Key laboratory of ministry of education for image processing and intelligent control Department of c
国际会议
秦皇岛
英文
163-167
2010-11-05（万方平台首次上网日期，不代表论文的发表时间）