分析了无线传感网络的分层体系结构；
The layer architecture of wireless sensor network is analyzed.
首先分析了无线传感网络在构建智能土木结构的潜力。
The application potentiality of wireless sensor network in Intelligent Civil Structure is analyzed.
无线传感网络最初应用在军事领域，用以战地的一些监测。
WSN were originally motivated by military applications, such as battlefield surveillance.
无线传感网络是指由无线传感网络节点通过无线通信组成的网络。
Wireless sensor networks are networks of compact micro sensors with wireless communication capability.
公司也是国内少数几家率先开展无线传感网络开发应用的高新技术企业之一。
Clesun is also one of the few high-tech companies spearheading development and application of wireless sensor network.
因此，在无线传感网络节点操作系统设计时，低功耗是一个具有挑战的新问题。
Updating the system with new functionality, or fixing software bugs. Hence, reprogramming of WSNs is a designed feature.
而无线传感网络操作系统必须能够满足无线传感网络的特殊性所带来的技术要求。
However, wireless sensor network operating system must be able to meet technical requirements brought about by specificities of the wireless sensor network.
无线传感网络是集成了嵌入系统、无线通信、分布计算、微传感器技术的新型网络。
Wireless sensor network is a new type of network with embedded system, wireless (communication,) distributing computing and micro sensor technology.
结果表明该节点达到了设计要求，该设计思想可以提高无线传感网络节点的研制效率。
The test results are satisfied, and show that the presented design method can raise the efficiency for wireless sensor network node design and implementation.
无线传感网络(wsn)具有十分广阔的应用前景，但以往的自组织组网方法仍有一些不足。
Wireless sensor network (WSN) has very wide application foreground, but it still has some drawbacks comparing with previous self-organized networking techniques.
基于该设计方案实现的无线传感网络节点可以有效地组建网络拓扑结构及多种传感数据采集传输。
Based on this design idea, the wireless sensor node can be used to build the topology of network and realize several sensor data acquisition and transportation efficiently.
论文在分析了大量相关文献的基础上，对现有的部分无线传感网络操作系统的调度策略进行了分析。
Based on the analyses of a great number of related literatures, this paper was carefully analyzed the existing part of wireless sensor network operating system scheduling policies.
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。
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.
SimonRitter专门研究新兴的技术，包括网格计算、RFID、无线传感网络、机器人技术和可穿戴计算。
Simon Ritter specialises in looking at emerging technologies including grid computing, RFID, wireless sensor networks, robotics and wearable computing.
摘要：无线传感网络是一种全新的信息获取和处理技术，被广泛应用于各种领域，现在还逐渐应用于军事领域。
Absrtact: Wireless sensor network is a kind of bran - new technology, which can catch and manage information, and has been widely used to all kinds of fields, specially military affairs field.
然后，以应变无线传感网络节点为具体应用对象 ，设计实现了传感模块可动态重构自修复无线传感网络节点；
Then, taking strain wireless sensor network nodes as a specific application object, dynamically reconfigurable self-healing wireless sensor nodes are realized in sen sor module.
论文首先研究了构建 无线传感网络的理论基础（即Zigbee协议），包括特点、组成、结构、协议栈等。
First, the paper studies the theoretical basis of the wireless sensor network (Zigbee protocol), including the characteristics, composition, structure and protocol stack.
采用现代可编程实现的无线传感网络节点模型体积小、功耗低、速度快。基于微处理器的节点具有极大的灵活性。
The wireless sensor network node model in system programming is less in size, lower power and faster in velocity, but the wireless sensor network node model in microprocessor is more flexible.
提出了一种构建智能无线传感网络通用节点的体系结构，并运用该体系结构的设计思想完成了无线传感节点的研制。
A novel design method is presented for building a general architecture for the wireless sensor network node. Based on this design idea, the development of a wireless sensor node has been completed.
随机部署的无线传感网络通常包含大量的覆盖与连通冗余节点，这些节点不仅造成大量的能源浪费，同时影响网络的性能。
In a random deployment wireless sensor network, there are a large number of coverage and connectivity redundant nodes, which waste energy, and affect network performance.
构造无线传感网络中具有连通覆盖特性的节点子集是实现网络休眠调度、延长网络生命周期的关键技术之一，具有重要的研究意义。
Constructing a connected covering node subset is one of key technologies for enlarging lifetime and sleeping scheduling in wireless sensor networks, which is a significantly important research area.
最终的目标是把道路上所有汽车通过无线网络联系起来，在车内安装支持 WiFi 的传感器。
The ultimate intention is to link up all the cars on the road via WiFi by setting up a WiFi-enabled sensor in a car.
通用电气也开发出了名为“身体传感网络”的小型无线装置，它们能追踪仪器佩戴者重要的身体迹象。
GE has come up with "body sensor networks", tiny wireless devices that track the vital signs of those who wear them.
美国海军的长期目标是分布式的无线传感器网络与射频身份识别（RFID）同时部署，从而提供关于整个飞机构造的大量信息。
The U. S. Navy's long-term vision is to deploy distributed wireless sensor networks along with RFIDs to provide a wealth of information about an entire aircraft structure.
正如本期特别报道中提到的那样，由于传感器、泛在无线网络以及精确分析软件的广泛应用，现实世界和虚拟世界正日益趋同。
As our special report in this issue explains, the physical and the virtual worlds are converging, thanks to the proliferation of sensors, ubiquitous wireless networks and clever analytics software.
其最终的目标是把道路上所有汽车通过无线网络联系起来，可以在车内安装传感器，或者也可通过把这个软件下载到智能手机上来实现。
The ultimate intention is to link up all the cars on the road via WiFi, either by setting up a WiFi-enabled sensor in a car, or by downloading the software on to a smartphone.
这次短期的研究显示无线传感器网络系统能附加在现存的结构体上，但它让其它工程师产生了疑惑，这些网络系统在苛刻的条件下持久性是如何呢。
This short-lived study showed that wireless sensor networks could be added to existing structures, but it left other engineers wondering how durable such networks would be in demanding conditions.
IBM研究中心开发MoteRunner，旨在增加网络的无线传感器的使用率，从而更易于编程和使用。
IBM Research, which built Mote Runner, aims to increase adoption of such wireless sensor networks by making them easier to program and use.
IBM研究中心开发MoteRunner，旨在增加网络的无线传感器的使用率，从而更易于编程和使用。
IBM Research, which built Mote Runner, aims to increase adoption of such wireless sensor networks by making them easier to program and use.
应用推荐