组通信是移动自组网络的重要通信方式之一。
Group communication is the major mode of communication in MANET.
服务质量是移动自组网络研究的热点问题之一。
Quality of Service in Mobile Ad hoc Networks has been one of hot topics.
在移动自组网络中，许多应用都依赖层次结构的支持。
Many mobile AD hoc network applications depend upon the hierarchical structure.
广播是移动自组网络(MANET)中的一种常用操作。
Broadcast is a common operation in mobile AD hoc networks (MANETs).
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 networks (MANET) have great martial value and wide business application prospect.
本文研究具有平坦结构的移动自组网络中的广播与点点路由问题。
In this dissertation, broadcast and unicast routing are studied in MANETs with flat structure.
本文主要研究移动自组网络中内部攻击对网络性能的影响以及安全路由协议。
This paper mainly discusses the influence of network performance under internal attacks in MANET and security routing protocol.
实现不依赖GPS和固定网络设施的三维定位，是多跳移动自组网络中具有挑战性的新课题。
New positioning techniques are needed. To implement a GPS-free and fixed-grids-independent three-dimensional positioning system is challenging in multi-hop wireless 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。
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.
在缺乏集中控制的无线自组网络中，节点在转发过程中所表现出的自私行为将严重影响其网络服务的可靠性。
Due to the absence of centralized authority, the service reliability of wireless ad hoc network is seriously affected by selfish actions of the rational nodes during the packet forwarding.
并且讨论了泛播的基本概念，网络模型和服务选择标准，对移动自组网络中的泛播研究现状进行了回顾和分析。
Researches on ANYCAST in Mobile Ad hoc network are analyzed with the discussion of conception, networking model, and the service choosing measures of ANCAST.
在总结现有安全机制的基础上，提出了一种具有攻击防御、攻击探测和攻击反应能力的移动自组网络安全架构。
Then a secure architecture was given, which includes secure wireless ad hoc routing, secure packet for-warding and secure data link layer.
当有线网络不可使用时，如在战场通讯和紧急救援等任务中，移动自组网络提供了一种可行的地面通信和信息存取技术。
When wired networks are not available, as in battlefield communication and emergency search-and-rescue scenarios, MANETs provide a feasible way for communication and information access.
移动自组网络除了要达到传统有线网络中的安全目标外，还有自身特殊的安全需求，而它的特性又使之容易遭受各种攻击。
Despite security targets of wireless network, MANET has not only its special security requirement, but also additional vulnerabilities and features pertinent to this networking paradigm.
阐述了CAN总线在232串口设备远程通信或自组网络中的应用，介绍了CAN到RS-232转换装置的软硬件设计方法。
The application of CAN in remote communication of RS-232 serial equipments is explained, the hardware and software of CAN to RS-232 converter are introduced.
目前，移动自组网络安全技术较为集中的研究领域包括安全路由技术、安全组通信技术、认证技术、入侵检测以及密钥管理技术等。
Currently, the major sub-areas of security research include secure routing; secure group communications; intrusion detection, authentication and group key management etc.
无线自组网是一种分散型的网络结构。
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.
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。
In mobile AD hoc networks, how to stimulate selfish nodes to participate in the network cooperation is currently a hot research field.
网络层安全是移动自组网安全的一个基本方面。
Network layer security is one of the fundamental aspects of security in mobile ad hoc networks.
重点阐述该网络的系统结构，微型节点的硬件实现和低功耗模式的选择，自组织组网和系统工作流程。
The emphasis is put on the system structure of networks, the hardware realization of micro node, ad-hoc networking and the system working process.
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。
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.
移动自组网是一种新型的由移动节点为了某种特定目的而彼此进行连结的网络。
Mobile Ah Hoc networks is a new paradigm of wireless mobile networks temporarily formed by each-connected nodes for some special purpose.
车用自组网中，有效的分层协议可以增强网络逻辑拓扑结构的稳定性，减小通信中继花费。
In vehicular AD hoc networks, stable clustering methods could reduce the networks of communication relay and provide for a more efficient hierarchical network topology.
利用无线自组织网的相关技术对传统防空警报网络进行组网，可以克服传统警报网络覆盖性差、抗毁能力差等缺点。
With related technology of wireless AD hoc network to organize the traditional air defense warning network, such shortcomings as the poor network coverage and the poor survivability can be overcome.
移动自组网是一种无基础设施的无线多跳新型网络。
MANET is a new kind of wireless multi-hop network without infrastructures.
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 networks (MANETs) are self-organizing mobile wireless networks that do not rely on a preexisting infrastructure to communicate.
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。
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。
The certification service must adopt distributed architecture in mobile AD Hoc networks due to its characteristics such as no infrastructure, no center.
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