Wireless ad-hoc network is a developing and promising wireless network technologies attracting many research efforts.
在无线自组网技术研究中，如何测试新技术和协议的性能是一个关键问题。
We present a new steady routing protocol based on mobility prediction in mobile ad-hoc network to overcome this disadvantage.
本文针对移动自组网的这一特点，设计了一种将任意时刻链路稳定性预测用于路由操作的路由协议。
MAINGATE USES the Next Generation Mobile Ad-Hoc Network (MANET) Waveform, which has proven to be highly effective and efficient in challenging radio frequency conditions.
MAINGATE通过使用下一代移动Ad - Hoc网络(MANET)波形，已被证明在具有挑战性的射频条件下是非常有效和高效的。
Underwater communication ad-hoc network is important matter and research aspect in underwater communication and key technique in underwater naval ships forming into columns.
水下通信自组织网是水下通信的重要内容和研究方向，也是舰艇编队通信迫切需要的关键技术。
The mobile ad-hoc network (MANET) is a multihop and wireless network which is dynamically produced without any fixed basic station or centralized management and which is extensively used.
网络是在没有任何现存网络基础设施或是集中管理的情况下动态形成的多跳无线移动网络，有着广泛的应用。
This thesis discusses how to build an Ad hoc network platform using PC104-based embedded devices and how to implement the AODV route protocol on it.
本文论述了基于PC 104嵌入式设备如何构建一个无线自组织网络实验平台，并在此平台上实现AODV路由协议。
The topology of a wireless Ad Hoc network, which is determined by nodes' positions and transmission ranges, has a significant effect on network performance.
由节点的位置和传输范围确定的无线网络拓扑结构对网络的性能有着重大的影响。
This design has realized the goal of building an Ad hoc network platform and implementing a routing strategy which improves the AODV route protocol.
本设计在搭建自组织网络实验平台的基础上，实现了一种改进AODV协议的路由策略。
So, we propose a dynamic backoff algorithm for MAC protocol in ad hoc network.
在此基础上，我们提出了一种适合于自组织网络的动态退避的MAC协议。
So the existing Ad Hoc network routing protocols and algorithm are not suitable for wireless sensor network. By the analyse of several routing protocols, we find there are some shortcomings.
通过对传感器网络几个常用的协议和算法分析，发现它们都存在着不足，需要一种专门为无线传感器网络设计的路由策略。
This paper gives a clear definition of WH's seamless roaming, and points out the limitation of IEEE802.11 infrastructure mode for WH's mobility in multihop Ad hoc network.
本文明确定义了WH“无缝漫游”的含义，并通过仔细分析IEEE802.11基础模式下无线站点的移动，指出IEEE802.11对多跳无线网络中节点移动的支持上存在缺陷。
The Wireless Mobile Ad hoc Network (WMANET) is a special wireless mobile communication network.
无线移动自组网是一种特殊的无线移动通信网络。
With the widely use of wireless network, it is an important research field how to design a secure routing protocol which is effective for Ad hoc network.
随着无线网络的广泛应用，设计一种有效安全的路由协议是目前亟待研究的重要课题。
The mobile ad hoc network (MANET) is a temporary network that fixed basic station and centralized management is not needed.
网络是在没有任何现存网络基础设施或是集中管理的情况下动态形成的暂时性网络。
Authentication service is a base of implementation of security mobile AD hoc network, mobile users can exchange data communications securely between each other by certificate service.
认证服务是实现安全移动自组网的基础，移动用户可以通过证书服务进行安全数据通信。
This paper, firstly, analyses and compares the existing wireless AD hoc network routing protocols.
本文，首先分析和比较了现有的无线自组织网络路由协议。
In the Mobile Ad hoc network (MANET), the efficiency multicast route is one of hot-study for the network multicast routers.
高效的组播路由是移动自组网网络组播路由的研究热点之一。
Through a detailed analysis of test results, the availability of the wireless AD hoc network multi-subnet interconnected technology was proved.
通过对测试结果的详细分析，证明了无线自组织网络多子网互联技术的正确性和可用性。
In order to ensure the efficiency and the stable operation of network, wireless AD hoc network also requires a corresponding network management system for its effective management.
为了保证网络高效、稳定的运行，无线自组织网络需要相应的网络管理系统对其进行有效的管理。
Researches on ANYCAST in Mobile Ad hoc network are analyzed with the discussion of conception, networking model, and the service choosing measures of ANCAST.
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。
The routing protocol of wireless AD hoc network multi-subnet interconnected technology will have a direct influence on the integral performance of tactical Internet.
作为战术互联网的核心技术- - -无线自组织网络多子网互联技术，其核心路由协议将直接影响着战术互联网的整体性能。
Using traditional transmission power control mechanism in data link layer of wireless AD hoc network may result in the increased packet collisions among nodes which use different transmission power.
在无线自组织网数据链路层中，采用传统的功率控制机制会引起不同发射功率节点间的分组冲突。
The AD hoc network based substation communication scheme is presented, and the performance and composition of substation AD hoc network are analyzed.
文章提出了基于无线自组网的变电站自动化通信方案，分析了变电站自组网的性能和组成。
Focusing on service composition in ad hoc network, we did the following work:Firstly, we proposed two execution path discovering approaches.
对于无线自组织网络中的服务组合技术，本文进行了如下工作首先，本文提出了跳数限制的组合服务发现方法。
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.
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。
It thinks that convergence of Ad hoc network and cellular network is the basis of the next-generation mobile communication system.
自组织网络和蜂窝网络的融合将为构造下一代移动通信系统奠定基础。
Thus, the combination of wireless ad hoc network and multi-channel technology has gain more and more attention from academy and industry.
因此，无线自组织网络与多信道技术相结合的技术，引起了学术界和工业界的高度重视。
Vehicular AD hoc network (VANET) is such a rising wireless network tightly related to People's Daily life.
车用自组织网络就是这样一种新型的、与人们生活息息相关的无线网络。
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.
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.
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。
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