智能系统学报
智能繫統學報
지능계통학보
CAAI TRANSACTIONS ON INTELLIGENT SYSTEMS
2014年
6期
763-768
,共6页
森林防火%无线传感器%监控中心%智能系统%林火监测%无线协议%网络节点%定位算法
森林防火%無線傳感器%鑑控中心%智能繫統%林火鑑測%無線協議%網絡節點%定位算法
삼림방화%무선전감기%감공중심%지능계통%림화감측%무선협의%망락절점%정위산법
forest fire%wireless sensor%monitoring center%intelligent system%forest fire monitoring%wireless pro-tocol%network node%positioning algorithm
针对传统林火监测技术的不足,将先进的无线传感器网络技术与嵌入式技术相结合并应用在森林防火监测中,从而提出了一种可增强林火识别率的智能森林防火监测系统。该系统采用无线网络协议ZigBee来进行组网,具有组网简单、路径信息占用存储器容量小等优点,非常适合林区的监测环境,且可有效地降低系统的能耗和成本。实验表明:该系统具有运行稳定及组网灵活等特点,可对森林监测区域的环境信息进行实时监测。当发现火情时系统采用DV?Hop算法可自动实现准确定位并及时发送警报信息,从而为后续的林火扑救工作打下良好的基础,同时也为林业智能数字化建设工作提供了参考和借鉴。
針對傳統林火鑑測技術的不足,將先進的無線傳感器網絡技術與嵌入式技術相結閤併應用在森林防火鑑測中,從而提齣瞭一種可增彊林火識彆率的智能森林防火鑑測繫統。該繫統採用無線網絡協議ZigBee來進行組網,具有組網簡單、路徑信息佔用存儲器容量小等優點,非常適閤林區的鑑測環境,且可有效地降低繫統的能耗和成本。實驗錶明:該繫統具有運行穩定及組網靈活等特點,可對森林鑑測區域的環境信息進行實時鑑測。噹髮現火情時繫統採用DV?Hop算法可自動實現準確定位併及時髮送警報信息,從而為後續的林火撲救工作打下良好的基礎,同時也為林業智能數字化建設工作提供瞭參攷和藉鑒。
침대전통림화감측기술적불족,장선진적무선전감기망락기술여감입식기술상결합병응용재삼림방화감측중,종이제출료일충가증강림화식별솔적지능삼림방화감측계통。해계통채용무선망락협의ZigBee래진행조망,구유조망간단、로경신식점용존저기용량소등우점,비상괄합림구적감측배경,차가유효지강저계통적능모화성본。실험표명:해계통구유운행은정급조망령활등특점,가대삼림감측구역적배경신식진행실시감측。당발현화정시계통채용DV?Hop산법가자동실현준학정위병급시발송경보신식,종이위후속적림화복구공작타하량호적기출,동시야위임업지능수자화건설공작제공료삼고화차감。
Aiming at the deficiencies of traditional forest fire monitoring techniques, the advanced wireless sensor network technology and embedded technology are combined and applied to the forest fire monitoring system. Thus, this kind of enhanced intelligent forest fire monitoring system that can increase the forest fire recognition rate is put forward in this paper. The system uses the wireless network protocol,ie ZigBee network. The ZigBee network is sim?ple, has small path information occupy memory capacity, is suitable for monitoring the environment of forest, and can effectively reduce the energy consumption and the cost of system. Experimental results showed the system has the characteristics of stable operation and flexible network, which can be used for the real?time monitoring of the environmental information of the forest monitoring region. When fire is found, the system will use the DV?Hop algo?rithm to automatically realize accurate positioning and timely send the alarm information. This is a good foundation for subsequent fire fighting work and provides a reference for intelligent digitization of forestry construction work as well.