WSN

Topology control strategy is one of hotspots and key technology of research on wireless-sensor networks ( WSN ).

拓扑控制策略是研究无线传感器网络的热点问题和关键技术之一.

' Wireless sensor networks'( WSN) is an emerging technology which combines sensor technology, communication technology, micro-electromechanical systems and computer technology.

无线传感器网络是结合了传感器技术、通信技术、微机电系统和计算机技术的新兴技术。

When video cameras are used, the WSN can be used for security purposes. For example, at airport, railway and bus terminals, WSNs are deployed in order to ensure the safety of commuters.

WSN可以配备摄像机，用于安全监控，例如，无线传感器网络可以部署在机场、火车站和巴士总站，以确保乘客的安全。

Integrated with modern wireless communication technology, micro-sensor technology and network technology, WSN has wide application foreground and became the current R& D hotspot at IT.

无线传感器网络（WSN）将现代无线通信技术、微传感器技术和网络技术有机地融为一体，具有广阔的应用前景，已成为信息领域的研究热点。

This paper proposes a reliable data transport algorithm for cluster structure in Wireless Sensor Network ( WSN ).

提出针对无线传感器网络分层结构的一种数据可靠传输算法.

A hierarchical wireless sensor networks ( WSN) was proposed to estimate the plum source location, which could be widely used in terrorist attacks and environment monitoring.

提出一种分层结构的自组织无线传感器网络（WSN）用于气体污染源的定位研究，可以广泛应用于反恐、环境监控等场景。

Simulation of Switching Threshold for Target Location Algorithm in WSN

无线传感网中目标定位算法切换门限的仿真

Certainty region/ point coverage refers to the location information of WSN nodes being known in achieving the target area or target point coverage.

确定性区域/点覆盖是指已知节点位置的WSN要完成目标区域或目标点的覆盖。

The Application Research on WSN of Fire Detection for Historical Buildings

无线传感器网络在古民居火灾探测中的应用研究

This dissertation studies battery characters and designs a Battery Energy Characteristics-based Routing Protocol in WSN.

本文通过对电池特性的研究,设计了无线传感器网络中一种基于电池能量特性的路由协议.

Aiming at problems of the classic routing protocol, a multi-hop clustering protocol based on shiftwork for WSN ( MCPS) is proposed and implemented.

本文针对经典路由协议存在的问题和不足，提出并实现了基于轮班工作机制的WSN多跳聚类协议MCPS。

Evaluating the Performance of Public Transportation Data Collection Network Based on WSN

基于WSN的公交车辆信息采集系统网络性能评价方法

Wireless senor network ( WSN ) is a late-model wireless network with non-infrastructure and self-organization.

无线传感器网络是一种新型的、无基础设施的、自组织的无线网络.

WSN has a bright future for its extensive use.

由于其应用广泛,无线传感器网络的发展一片光明.

Model Analysis for ARQ Based Multi-Link Forwarding Strategy in WSN

传感器网络中基于ARQ的多链路转发模型分析

Effect of packet loss probability of transmission on greenhouse WSN measurement and control system

网络传输丢包率对温室WSN测控系统的影响

Through the research and analysis of wireless sensor network ( WSN) routing, introduce k-mean clustering algorithm for clustering nodes.

通过对无线传感器网络（WSN）路由的研究与分析，引入k-平均聚类算法对节点进行分簇。

So that managers can remotely manage the WSN, effectively monitor the underground conditions and accurately locates miners.

实现了管理员对无线传感器网络的远程管理、对井下环境的有效监测，以及对井下人员的定位和调度。

An identity-based KMS for WSN is proposed, where the node identity is used to generate the communication key.

提出了基于身份的可证明安全的传感器网络密钥管理方案。节点之间利用身份建立通信密钥。

Wireless Sensor Networks ( WSN) is a new technology that develops highly in recent years. It integrates wireless communication technology, embedded technology and information processing technology.

无线传感器网络（WSN）技术是近些年快速发展起来的一项高新技术，它将无线通信技术、嵌入式技术以及信息处理技术集成为一体。

Nowadays, routing algorithm has become a crucial technology of WSN.

目前, 路由算法已成为无线传感器网络的关键技术之一.

Under this circumstance, this paper focuses on the research of protocols for large WSN.

在这个背景下，对大规模无线传感器网络路由协议进行了研究。

Then, This paper introduce Principal Component Analysis theory, give the relation between K-mean and Principal Component Analysis algorithm, describe preliminary studies on K-means algorithm in WSN application.

而后详细介绍主成分的分析技术，分析了K-均值算法和主成分分析算法的相关性，简述前期研究中K-均值算法在无线传感器网络中的应用。

Location is foundation work in Wireless Sensor Network ( WSN ).

定位是无线传感器网络的基础工作.

The cross-layer protocol has been a hot topic in WSN research.

无线传感器网络中, 跨 层协议的设计已成为研究热点.

Finally, According to the development process, put forward a kind of "layer matching stack fusion" development WSN system idea.

最后根据开发过程，提出了一种层匹配栈融合的开发WSN系统思路。

In this paper, some techniques and methods of WSN and its application in health monitoring were researched.

因此，本文针对WSN技术及其在设备状态监控领域中的应用进行了研究。

Task description is the most basic component of task collaboration in wireless sensor network ( WSN), which refers to task description, decomposition, allocation, scheduling and execution.

在面向目标追踪等应用的无线传感器网络研究中，协同任务分配机制的研究是很重要的。

WSN ( wireless sensor network) is distributed in the space containing the sensor device consisting of a number of independent wireless networks.

WSN（无线传感器网络）是由在空间中分布的含有传感器的一些自主设备所组成的无线网络。

Wireless sensor network ( WSN ) is a late-model wireless network with non-infrastructure and self-organization.

无线传感器网络是一种新型无基础设施、自组织无线网络.