In the past twenty years , many researchers put forward a series of routing protocols for ad hoc networks 在过去的二十年间,研究者为无线自组网提出了一系列的路由协议。
Gsd ( group - based service discovery protocol ) is typical service discovery protocols for manets Gsd ( group - basedservicediscoveryprototcol )协议是个典型无线自组网服务发现协议。
Mobile ad - hoc networks ( manets ) are expected to play an important role in future communication systems . routing has a key role in manets 自组网可望在未来通信系统中发挥重要作用，路由协议是其关键技术之一。
A mobile ad hoc network ( manet ) is a multi - hop temporary autonomous system of mobile nodes equipped with wireless transceivers and receivers 移动自组网( manet )是由一组带无线收发装置的移动终端组成的一个多跳的临时性自治系统。
A traditional centralized or hierarchical certification authority solution does not fit in ad hoc network because it ' s lack of centralized control 由于自组网缺乏集中控制，有线网所采用的集中或层次的认证方法不适合移动自组网。
Along with the growing civil and military deployments of mobile ad hoc network , the security technology of the network receives increasing attention 随着移动自组网在民用和军事领域的应用增加，移动自组网安全技术研究日益受到人们重视。
Based on these special advantages , manet plays an important part in military applications , and it also has a good prospect in civil applications 基于这些特殊优势,移动自组网在军事领域中发挥着重要作用,在民用领域也有着很好的应用前景。
The combination of these issues contributes to manet ' s scalability problem . in this thesis a priority - based competitive broadcasting algorithm ( pcba ) is proposed 广播是自组网中的基本操作，泛洪是最直观的广播算法，在自组网中常被采用。
The dynamic nature of manet ' s topologies results in a need for frequent broadcasts , thus placing a strain on the network ' s limited resources 自组网协议可扩展性问题源于动态拓扑及其资源的有限性。频繁的广播操作是影响自组网可扩展性的直接原因。
An ad hoc network is a dynamically reconfigurable wireless network with no fixed infrastructure , so the network security research will be confronted with many new issues 由于自组网没有固定的基础实施，拓扑结构动态变化，使网络安全面临许多新问题。
