研究和实现在移动分组无线网中的抗毁式路由协议。
Studies and implements a destruction resistant radio routing protocol to be used in a mobile packet radio network.
此无线路由协议适用于移动分组无线网的抗毁性要求。
This radio routing protocol is available for mobile packet radio network with the need of destruction resistance.
与通常的抗毁性评估方法相比，该方法简单有效，不需要大量复杂的计算。
Then, an assessment method is proposed. This method is simple and valid compared with others because it avoids complicated computations.
该模型采用数据融合、智能代理和抗毁设计来保证防御系统自身的高可靠性。
It is to use data fusion, smart agent and resisting frame for keeping the high dependability of defend system.
为了比较通信链路在通信网抗毁性中的重要性，提出了一种基于链路收缩的算法。
To compare communication link importance in communication networks invulnerability, a algorithm based on link -contraction is proposed.
因此，研究面向数据抗毁性的对等网络数据冗余存储策略，有着极其重要的意义。
Therefore, data invulnerability oriented redundant storage in peer-to-peer networks is of great significance.
提出了节点团的概念，并且针对基于节点团通信网络的抗毁性提出了一种评价方法。
This paper presents the concept of node group and proposes a new method to evaluate the invulnerability of communication networks.
该方案既能满足军事通信的抗毁性要求，又具有漫游和越区切换等移动通信的功能。
The scheme can satisfy the survivability demand of military communication, and has the roaming and handover function in mobile communication.
短波通信以其机动灵活、抗毁性强、通信距离远等特殊的优点重新引起人们的研究兴趣。
People show great interest in shortwave communication for its special merits such as flexibility, not easily be destroyed and long propagation distance.
WDM网络将在未来的骨干网中扮演重要的角色，具备抗毁能力和支持多优先级都很必要。
WDM network will play important role in future backbone networks. It is necessary that WDM networks have the capability against component failure and support multi-priority.
短波通信具有成本低、架设灵活、抗毁能力强等优点，在远距离通信中起着举足轻重的作用。
Shortwave communication plays a vital role in long haul communications, on account of its unique merits such as low cost, convenience to be generated and strong resistance to damage.
复杂网络的抗毁性直接关系到复杂网络的安全性和可靠性，是近年来复杂网络研究的热点分支。
Invulnerability of complex networks directly related to security and reliability of complex networks is a hotspot of the study of complex networks in recent years.
首先，讨论了战术通信网的抗毁性和生存性评估中常用的测度指标，并指出了这些测度的缺点。
Conventional measures used in the invulnerability and survivability evaluation of tactical communication networks were first discussed, and shortcomings of these measures were pointed out.
它克服了传统网络需要无线通信基础设施支持的缺点，体现了极大的灵活性和极强的抗毁能力。
It overcomes the shortages of traditional networks which needs communication infrastructure. Ad hoc network has a great many flexibilities and the capabilities to resist destruction.
正是由于手机终端的普及性，将使得这种通信网络具有良好的抗毁坏性，在灾害发生时可以拯救生命。
It is because of the popularity of mobile phones, and it will make such a communication network with a good anti-destruction, and the disaster can save lives.
这种网络易于组建和扩展，具有很强的抗毁能力和移动性，其性能直接影响整个军事通信系统的性能。
Such networks with strong survivability and mobility are easy to organize and extend. Their performance influences the performance of overall military network directly.
最后讨论了脑功能网络的稳定性问题，对我们建立的这个视觉任务脑功能网络的抗毁能力进行了数值模拟。
At last, the stability of brain functional network was discussed and made numerical value simulation for the anti-dilapidated ability of brain functional network.
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.
首先介绍了网管评估技术的基本原理，然后从功能评估、效率评估和抗毁性评估三个方面探讨和研究了具体的评估指标。
This paper describes the basic principle of evaluation technology for NMS, then discusses and studies the evaluation indexes with respect to function, efficiency and survivability evaluation.
计算机仿真结果表明，利用该模型算法可以发现拓扑图中关键节点，同时度量值均方差可以准确评估给定连通网络拓扑图的抗毁性能。
The simulation on PC shows that the algorithm can find the critical nodes in topology, and the mean square deviation can evaluate accurately the survivability for a given connected topology.
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.
协议的实现充分考虑了无线信道的有限带宽和移动性，提高了网络性能和抗毁性。此无线路由协议适用于特殊环境下多跳无线网的抗毁性要求。
The implementation of the protocol overcomes the limitation of wireless bandwidth and high mobility, improves the performance and the destruction resisting capacity of the network.
协议的实现充分考虑了无线信道的有限带宽和移动性，提高了网络性能和抗毁性。此无线路由协议适用于特殊环境下多跳无线网的抗毁性要求。
The implementation of the protocol overcomes the limitation of wireless bandwidth and high mobility, improves the performance and the destruction resisting capacity of the network.
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