1) wireless sensor network
无线传感网络
1.
VATT: velocity adaptive target tracking algorithm for wireless sensor networks;
一种速度自适应的无线传感网络目标跟踪算法
2.
Sorted TDOA optimization based localization algorithm for wireless sensor network;
一种基于优化TDOA的无线传感网络定位算法
3.
Design of collision aware MAC protocol for wireless sensor network;
无线传感网络的冲突感知MAC协议研究
2) Wireless sensor networks
无线传感网络
1.
Equipment condition recognition with multi-category support vector machine in wireless sensor networks;
无线传感网络多分类支持向量机设备状态识别
2.
Convergence analysis of power control algorithm based on game theory for wireless sensor networks;
基于博弈的无线传感网络功控算法收敛性分析
3.
Dynamic control for energy-efficient coverage in wireless sensor networks;
无线传感网络中覆盖能效动态控制优化策略
3) WSN
无线传感网络
1.
A Wireless Sensor Network (WSN) is a network consisting of spatially distributed autonomous devices.
无线传感网络最初应用在军事领域,用以战地的一些监测,近年来,无线传感网络越来越多的应用在民用工程上,包括环境的监测,家庭自动化,交通控制等领域。
2.
WSN, aggregating several techniques such as micro-electronics, computing and communications etc, are promising techniques for many applications, such as traffic control area.
为此，本文提出了一种对无线传感网络MAC层信道利用效率进行测算的方法，该方法适用于基于竞争机制的MAC协议，可以从成帧效率、信道共享效率和冲突避免效率三个方面对MAC层的信道利用情况进行综合计算。
3.
Composed of small wireless devices, Wireless Sensor Network (WSN) plays more important role in life and manufacture, such as environment detecting, animal tracker and so on.
由小的无线设备组成的无线传感网络在生产活动中,如环境监测,动物跟踪等有着越来越重要的应用。
4) wireless sensor network(WSN)
无线传感网络
1.
Localization is very important for the application of Wireless Sensor Network(WSN),but now the accuracy and stability of localization is not good enough.
定位在无线传感网络的应用中有非常重要的作用,但是目前定位技术的准确度不够理想,RSSI是一种能实际使用确定传感网络中节点间距离的技术。
2.
Designing a rational network node is the key technology of wireless sensor network(WSN).
设计合理的网络节点是无线传感网络(WSN)的关键技术之一,特别是现实的高数据量服务的要求下,如何平衡能耗与服务质量,达到资源有效利用和服务要求的目的是亟需解决的现实问题。
3.
Self-localization of nodes is one of the key technologies for application of Wireless Sensor Network(WSN).
针对室外无线传感网络的节点自定位问题,对野外环境无线电传播路径损耗模型进行分析,提出加权质心定位算法,并结合优选信标节点的规则进一步提高了节点定位精度。
5) WSNs
无线传感网络
1.
For many location applications of WSNs(wireless sensor networks), reliable localization is very important for sensor nodes.
对于无线传感网络应用系统来说,节点的可靠定位十分重要,它是定位应用系统正常运行的基础。
2.
WSNs(wireless sensor networks) is a sort of new network which consists of large number of sensors, it is another hotspot since the Internet technology and is used to collect information from where the WSNs covers.
考虑到目前传感器网络的规模越来越大,利用传感器网络来检测如森林火灾、动物迁徙、燃油泄漏等开阔环境下的区域事件的应用越来越多,并且无线传感网络中目前针对这一类区域事件的目标跟踪算法尚不多见,我们提出了无线传感网络中的区域目标跟踪算法:COTA算法。
3.
Wireless sensor networks(WSNs) coverage control is a study of how to maximize the network coverage to provide reliable monitoring and tracking services with guaranteed quality of service.
63%,能有效地实现无线传感网络覆盖优化。
6) Wireless sensor network
无线传感器网络
1.
Application of Wireless Sensor Networks in Mine Security Domain;
无线传感器网络在矿山安全领域中的应用
2.
Incident query algorithm in wireless sensor network based on semantic routing;
无线传感器网络中基于语义路由的事件查询算法
3.
Mobile Agent Based Distributed Wireless Sensor Network Management;
基于移动代理的分布式无线传感器网络管理
补充资料：无线电通信波段(见无线电通信)
无线电通信波段(见无线电通信)
radio communication wave range
wuxiandian tongXin boduan无线电通信波段(rads。。ommunicationWaVe range)见无线电通信。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条