For the security of wireless Ad hoc networks, a new trust model is proposed in this paper.
针对无线自组网的安全问题，提出了一种适用于无线自组网的新的信任管理模型。
Data transmit between the concentrator and the collector in the form of wireless AD hoc networks.
集中器到采集器之间采用无线自组织网络进行数据传输。
The topology discovery methods applied in wired networks do not meet the needs of wireless AD hoc networks.
有线网络中成熟的拓扑发现方法不能满足无线自组织网络的需要。
The wireless AD hoc networks have lots of characteristics such as having no centre, self-organizing and multi-skip route.
无线自组织网络具有无中心、自组织、多跳路由等特点。
Research on Topology Management and QoS in Wireless Ad Hoc Networks Based on Location Information and Topological Construction Analysis;
该协议采用自组织的层次拓扑控制方式，以簇头构成系统的骨干网，通过可靠路由方式传输数据。
A flexible and effective Adaptive Acquisition Collision Avoidance (AACA) multiple access protocol is proposed for multihop wireless AD hoc networks.
为多跳分布式无线网络提出了一套灵活而有效的自适应获取冲突避免(AACA)的多址接入协议。
This thesis carries a deep study on new techniques of wireless AD hoc networks and puts emphasis on multi-channel rate control and multi-channel switching.
本论文技术对无线自组织网络多信道数据速率控制和信道切换问题进行了深入的研究。
The special type of networking makes wireless ad hoc networks not only applicable to military communications, but also useful for areas like environment monitoring, disaster rescue and etc.
这种特殊的组网方式使得无线自组网不仅适用于军用通信，也适用于环境监测、灾后现场临时通信等民用通信领域。
The power of wireless node is limited, so how to utilize the energy efficiently and how to improve the performance of network are the key topics in the research of wireless Ad Hoc networks.
无线自组织网节点功率有限，如何有效利用节点电量、改善网络性能是自组网领域研究的关键问题。
WIANA has to address the ad-hoc character of wireless networks, where nodes can move from one hierarchy to another simply by virtue of their location.
WIANA必须处理无线网络的特殊特性，在无线网络中，节点仅仅因为位置的变化就可以从一个层级移动到另一个层级。
Wireless Ad-hoc networks have applications in field communications (such as in military combat situations or communication in remote areas) and the Internet of Things.
无线自组网在通信(例如军事战场环境或者远程区域通信)和互联网领域有广泛的应用。
Wireless ad-hoc networks are decentralized.
无线自组网是一种分散型的网络结构。
Mobile ad hoc networks (MANETs) are collections of wireless mobile nodes, constructed dynamically without the use of any existing network infrastructure or centralized administration.
是由一组无线移动主机组成的一个没有任何建立好的基础设施或集中管理设备的临时网络。
Due to using the simplified interference model, IEEE 802.11 MAC protocol introduces the hidden and exposed terminal problems which significantly decrease the performance of AD hoc wireless networks.
由于IEEE 802.11MAC协议采用了简单的干扰模型，因此产生了隐藏终端和暴露终端这两个严重影响无线自组织网络性能的问题。
Wireless personal area networks (WPANs) based on Bluetooth technology are low-cost, low-power, and ad-hoc connectivity wireless personal environment.
建立在蓝牙技术基础上无线个人区域网向我们展示的是一个低成本、低功耗、自组织连接的无线个人世界。
Mobile AD hoc networks (MANETs) are self-organizing mobile wireless networks that do not rely on a preexisting infrastructure to communicate.
移动自组网是一种自组织的移动无线网络，它不依赖具有基础设施的网络结构进行通信。
Mobile Ad Hoc Network( MANET) is a type of mobile wireless networks composed of many mobile nodes. Each node is a router as well asa communication end-point.
自组网是由兼做路由器的移动节点组成的移动无线网络，不依靠通信基础设施。
In particular, we are interested on video transmission applications that use ad-hoc wireless networks, where the transport network service is usually very poor.
尤其，我们对于视频传输应用专门的无线网络的视频播送应用感兴趣，然而在那里运输网络服务通常非常差。
The topic of wireless sensor networks, where self-organizing smart objects build ad-hoc networks and collect data from the environment, is covered in Sect. 13.5.
无线传感器网络的主题，其中自组织的智能对象建立自组织网络，并从环境中收集数据，将在13.5节中介绍。
Mobile ad-hoc networks (MANETs) represent complex distributed communication systems comprised of wireless mobile nodes.
移动自组织网络是由无线移动节点组成的复杂分布式通信系统。
There are attacks from the control layer and data layer, comparing Ad hoc with other wireless networks such as WLAN.
对于无线网络来说，管理和策略是关键因素。
There are attacks from the control layer and data layer, comparing Ad hoc with other wireless networks such as WLAN.
对于无线网络来说，管理和策略是关键因素。
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