Broadcast is a common operation in mobile AD hoc networks (MANETs).
广播是移动自组网络(MANET)中的一种常用操作。
Quality of Service in Mobile Ad hoc Networks has been one of hot topics.
服务质量是移动自组网络研究的热点问题之一。
Network layer security is one of the fundamental aspects of security in mobile ad hoc networks.
网络层安全是移动自组网安全的一个基本方面。
To support QoS routing in MANET (mobile AD hoc networks) is a core issue in the research of MANET.
在移动自主网络中，提供服务质量支持是一个核心研究问题。
A multipath routing based on region for mobile AD hoc networks (MANET) is proposed in this article.
提出了一种适用于移动自组网的基于区域的多路路由算法。
Traditional techniques in mobile AD hoc networks is relatively complex in digital home applications.
在数字家庭中，传统移动自组网技术比较复杂。
Mobile Ad hoc networks is an ideal technique to set up a fast communication system for military and civil use.
移动自组网是建立军事和民用快速通信系统的理想技术。
The experiment results show that the proposed routing protocol is fit on mobile Ad hoc networks with asymmetric links.
实验结果表明，本文提出的路由协议能较好适用于非对称链路无线移动自组网环境。
In mobile AD hoc networks, how to stimulate selfish nodes to participate in the network cooperation is currently a hot research field.
在移动自组网中，如何激励自私节点，使之参与网络合作，是当前研究的热点问题。
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。
Currently, Mobile AD Hoc Networks is getting more and more attention at home and abroad, especially the key agreement and authentication schemes.
目前移动自组网的安全问题越来越受到国内外的重视，特别是密钥协商和消息认证技术。
Energy problem is very important for routing protocol in mobile ad hoc networks since these mobile nodes must rely on their limited battery supply.
能源问题对于移动自组网是非常重要的，因为移动节点只能依靠它们有限的电池供应。
The certification service must adopt distributed architecture in mobile AD Hoc networks due to its characteristics such as no infrastructure, no center.
移动自组网无中心、无基础设施等特性决定了在这种网络中提供证书服务必须采用分布式的体系结构。
Mobile AD hoc networks is a dynamic network, the dynamically joining and exiting of network node makes the network chat rooms facing a lot of security issues.
移动自组织网络是一种动态的网络，该网络中的结点的动态加入和退出使得网络聊天室面临很多的安全问题。
The paper discusses the build of hierarchical structure in the mobile AD hoc networks and USES random graph of arbitrary degree distribution to model procedure.
讨论了移动自组网的层次结构生成过程，并利用任意度随机图理论为该生成过程建模。
The traditional routing protocols for mobile ad hoc networks are mainly designed on the base of the hypothesis that the links between nodes are symmetrical links.
在传统的移动自组网路由协议中，主要是基于节点间的链路是对称这样的假设来进行设计的。
As an important supplement to cryptography based security solutions, trust management plays an important role in security and reliability of mobile AD hoc networks.
做为闭于基于密码体解的安齐脚腕的从要弥挖，信好机造闭于挪动自组网的否靠运行和安齐保证具无从要意义。
Many mobile AD hoc applications depend upon hierarchical structure, and clustering is the most popular method to impose a hierarchical structure in the mobile AD hoc Networks.
在移动自组网络中，许多应用都依赖层次结构的支持。簇结构是移动自组网络中应用最为广泛的层次结构。
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。
The simulation results indicate that the proposed protocol in mobile ad hoc networks can prolong the network lifetime, decrease the end-to-end delay and improve the network throughput ratio.
仿真结果表明，在移动自组织网络中，该能量有效的跨层协议不但能延长网络的生存时间，减少端到端延迟，而且可以提高网络吞吐率。
The position based routing protocols are adaptable to the dynamic mobile Ad hoc networks due to not maintain explicit routing, and this is an advantage in the topology changing frequently MANET.
由于不必维护明确的路由，基于位置的路由协议即使在网络高度动态的情况下也具有很好的扩展性。
The media access control (MAC) protocol of mobile Ad Hoc networks (MANETs) is closely-related with its physics layer, most MAC protocols request the capability of carrier sense in physical layer.
无线自组网的介质访问控制(MAC)协议是与物理层密切相关的，大多数MAC协议都要求物理层具备载波感知能力。
Sparse Mobile Ad Hoc Networks routing protocols can provide data communications for nodes in different connected domain, which can better meet the needs of the intermittently connected applications.
稀疏移动自组网的路由协议能为位于不同连通域的节点提供数据通信，因此能够更好满足非全连通网络的应用需求。
So Naval Research Laboratory researchers are helping develop a set of routing protocols for setting up Mobile Ad-hoc Networks (Manet).
因此，美国海军研究实验室的研究人员目前正在开发一系列路由协议，以建立移动自主网络（Manet）。
Mobile ad-hoc networks (MANET) have great martial value and wide business application prospect.
移动自组网络具有重要的军事价值和广阔的商业应用前景。
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。
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。
A communication system can be more survivable, mobile and adaptive when using the technology of mobile Ad-hoc NETworks. MANETs have become a hot research topic in military communications.
在军事无线通信中引入移动自组网技术，可以使通信系统具备良好的抗毁性、灵活性和机动性，现已成为军事通信领域研究的热点之一。
A communication system can be more survivable, mobile and adaptive when using the technology of mobile Ad-hoc NETworks. MANETs have become a hot research topic in military communications.
在军事无线通信中引入移动自组网技术，可以使通信系统具备良好的抗毁性、灵活性和机动性，现已成为军事通信领域研究的热点之一。
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