抗毁性

adhoc作为无线网络的具有高抗毁性和灵活性的扩展网络，日益引人关注。

As a extended network for the wireless network , Ad Hoc with it 's characteristic of high invulnerability and flexible , is conspicuous now .

WSN不需要固定的网络支持，具有快速展开、抗毁性强等特点，具有十分广阔的应用前景。

WSN do not need the support of fixed networks , it has the fast and strong invulnerability ability feature sand has very broad application prospects .

adhoc网络最早是为了满足军事应用上可快速展开、抗毁性强的移动信息系统而提出的。

The mobile Ad Hoc network was originally proposed to meet the military communications needs of fast extension , high survivability .

因此，WDM光网络的抗毁性设计就显得异常重要。

Therefore , the survivability design has emerged as one of the important issues in WDM optical networks .

为了保证移动adhoc网络的可靠应用，其抗毁性问题得到许多研究人员的关注。

In order to assure the reliable application of mobile Ad Hoc network , a number of researchers have attached importance to the survivability study .

移动自组网络，一般称为移动adhoc网络，因其特有的无需架设网络设施、可快速展开、抗毁性强等特点，成为数字战场通信的首选。

Mobile Ad hoc network has become the most important communication style as it does not need fixed infrastructure , can be installed quickly and is hard to destroy .

本文选取adhoc网络在一个假定区域中针对不同条件建立覆盖区，以及信道分配的优化方案，并讨论了各个方案的抗毁性。

Select Ad Hoc Networks This paper assumes that in a region to establish the conditions for different coverage areas , and channel allocation optimization scheme , and dis-cussed various options invulnerability .

adhoc网络分布式组网、节点移动性强、无线信道等特点使网络拓扑容易遭遇故障，导致网络性能下降，adhoc网络重构问题的研究对于保证网络的可靠性、抗毁性和健壮性具有重要的作用。

The features of Ad Hoc networks such as distributed networking , node mobility and wireless communications , make it easily encounter faults which lead to the decreasing of the network performance .

P2P结构与传统的C/S结构比较，在可靠性、系统整体抗毁性、运行效率和经济性等方面具有优势。

The P2P architecture has advantages in reliability , destruction-resistant of whole system , running efficiency , and economy , compared with traditional C / S ( client / server ) architecture .

因此本文就是针对这一点研究如何在选择性攻击情况下，结合副本复制技术，提高P2P网络的抗毁性，并且提出了基于节点重要度选择性攻击的副本复制算法。

Therefore , based on the selective attack this article proposes how to to improve survivability of P2P networks , and propose a duplication algorithm of selectivity attack based on node significance .

移动adhoc网络具有自组织、可移动、多跳路由、展开速度快、抗毁性强、不需要现有信息基础设施的支持等特点。

Mobile Ad Hoc Networks have the following characteristics : Self-organizing , mobile , multi-hop routing started fast and strong resistance to destruction , without the support of the existing information infrastructure and so on .

提出了基于管理技术的ATM网络抗毁性组织结构概念，指出了在网络规划设计与维护管理阶段进行层次化技术处理的重要性。

This paper puts forward a concept about ATM network survivability architecture , and points out the importance of technical processing on multilayer in ATM network on stages of network design and management .

adhoc网络不依赖于任何固定的基础设施，具有快速组网、抗毁性强、自组织等特性，被广泛应用于军事领域和民用领域。

Ad Hoc network does not rely on any fixed or stationary network infrastructure , which is characterized by rapid expansion , high damage-tolerance and self-organization , and is widely used in the field of military and civilian applications .

然后利用Matlab编程进行模拟仿真，通过对股票间的三重最小生成树网络进行抗毁性分析，发现沪市的股票网络对随机攻击具有鲁棒性，而对蓄意攻击显示出脆弱性。

Using Matlab programming to carry out simulation , by analyzing the invulnerability of the triple minimum spanning tree network , it is discovered that when was attacked , the stocks network is robust at rand attack and fragile at intentional attack .

本文设计了一种适用于分群分布式MANET的多址接入协议，并提出了一种提高网络抗毁性的补偿算法。

TDMA protocol used for the cluster-based distributed MANET ( Mobile Ad hoc Network ) is designed , and a compensation algorithm to improve the robustness is proposed in this paper .

由于无线adhoc网络具有自组织性、抗毁性和无需固定基础设施等特点，在军事和民用领域有着广泛的应用，因此越来越受到人们的关注。

Ad Hoc network has many practical applications in military field and civil field as its advantage of self-organizing , invulnerability and without requiring fixed infrastructure . So Ad hoc network is paid more and more attention by the people .

adhoc网络是多跳无线网络，无需基础设施就可以建立动态互联的网络，其网络技术优点是能够提高通信设施的抗毁性和应变能力。

Ad hoc network is a multi-hop network , which can set up a dynamic network of interconnected without infrastructure . The technical advantage of Ad hoc network is that it can improve the survivability and adaptability of the communication facilities .

移动自组adhoc网络，作为一种特殊形式的移动网络，因其特有的无需架设网络设施，可快速展开，抗毁性强等特点，可广泛应用于战场指挥、灾难救援、等领域。

Mobile self-organization Ad hoc networks , as a special form of mobile networks , without having set up its unique network of facilities capable of rapid deployment , survivability and strong , and can be widely used in the battlefield command , disaster relief etc areas .

与传统的通信网络相比，无线adhoc网络无需预先假设固定设施，因而具有组网灵活、抗毁性强等特点，在军用领域和民用领域皆具有很广阔的发展前景。

Compared with traditional communication networks , the wireless Ad Hoc network needs no current network infrastructure . It shows many features such as flexible networking , anti-destroy and the development and application of this kind of networks are very promising not only in military but also in commercial areas .

FSO网络既具有传统移动adhoc网络的自组织性、独立组网能力、无中心、抗毁性强等优点，又能利用FSO高质量的定向无线传输特性，实现网络物理层的收发控制。

It not only possess the characteristics of the traditional mobile Ad Hoc network , such as self-organization , independent networking capacity , no center , and invulnerability , but also take the advantages of the high-quality directional wireless transmission to control the physical layer transceivers .

作为军用通信系统，EPLRS应具备高度的抗毁性和鲁棒性，集中式控制使得整个系统高度依赖中心网控节点；

As military communication system , EPLRS should have high survivability and robusticity . The central controlling tragedy induces the system depend much on the network controller .

总结评价了近年来国内外在C3I系统的网络可靠性方面的研究进展，阐述了C3I系统中的网络可靠性、抗毁性、生存性以及有效性等基本概念。

Summarize and appraise the domestic and international research progress of C ~ 3I systems network reliability in near these decades , expatiate the basic conception of network reliability , network invulnerability , network survivability and network availability in the C ~ 3I systems .

基于作战仿真的军用通信网络战时抗毁性研究

Research on Survivability for Military Communication Network Based on Combat Simulation

野战地域通信网拓扑层抗毁性研究

Research on Invulnerability Based on Topological Structure of Regional Communication Networks

电力通信网的抗毁性和拓扑优化研究

Study on the invulnerability and topology optimization of power communication network

电力系统应急通信网络及其抗毁性分析

Emergency Communication Network in Power System and Its Invulnerability Analysis

基于业务的复杂通信网络抗毁性仿真分析

Invulnerability Simulation Analysis of Complex Communication Networks Based on Traffic

机动状态下雷达装备抗毁性评估研究

Index Method of Mobile Survivability Evaluation of Radar Equipment

抗毁性I（s）反映了复杂网络对攻击事件的承受能力。

I ( s ) reflects the tolerance of complex networks under attacks .

提出了基于连通度的网络抗毁性评价模型。

The evaluation model of network invulnerability based on connectivity is put forward .