煤炭技术
煤炭技術
매탄기술
COAL TECHNOLOGY
2013年
9期
75-76
,共2页
无线传感器网络%矿井数据传输%动态路由
無線傳感器網絡%礦井數據傳輸%動態路由
무선전감기망락%광정수거전수%동태로유
wireless sensor network%mine data transmission%dynamic routing
以矿井数据传输为研究背景,阐述了无线传感器网络在井下应用的优势,通过网络路由模型的建立和路由算法的实现,完成了构建无线传感网络的理论研究,利用计算机仿真平台对该模型和算法进行了有效性验证,并取得了科学的结果。该方法的提出为煤矿井下数据传输提供了可靠的保障,符合现代化煤矿开采的需求。
以礦井數據傳輸為研究揹景,闡述瞭無線傳感器網絡在井下應用的優勢,通過網絡路由模型的建立和路由算法的實現,完成瞭構建無線傳感網絡的理論研究,利用計算機倣真平檯對該模型和算法進行瞭有效性驗證,併取得瞭科學的結果。該方法的提齣為煤礦井下數據傳輸提供瞭可靠的保障,符閤現代化煤礦開採的需求。
이광정수거전수위연구배경,천술료무선전감기망락재정하응용적우세,통과망락로유모형적건립화로유산법적실현,완성료구건무선전감망락적이론연구,이용계산궤방진평태대해모형화산법진행료유효성험증,병취득료과학적결과。해방법적제출위매광정하수거전수제공료가고적보장,부합현대화매광개채적수구。
Taking the mine data as the research background, the underground application advantages of wireless sensor network are described. Through establishment of the network routing model and realizati on of the routing algorithm, the theoretical study of constructing the uireless sensor network is completed.The model and algorithm are effectively verified, and the scientific results are obtained. The proposed method provides a reliable protection for mine data transmission, in line with the needs of modern coal mining.