Internet Worm
英 [ˈɪntənet wɜːm]
美 [ˈɪntərnet wɜːrm]
网络 因特网蠕虫; 互联网虫; 网络蠕虫; 蠕虫病毒; Internet蠕虫
双语例句
- Network Shield-Provider SettingsNetwork Shield provider protects your computer from Internet worm attacks.
网络防护保护您的计算机免遭网络蠕虫的侵袭。 - Early Detection for the Internet Worm Based on Graph Analysis
基于有向图分析的蠕虫早期检测方法 - In large scale network, a mass of susceptible machines and infected machines form a prefect environment for Internet worm living.
Internet蠕虫爆发后，在大规模网络中，由于易感主机和被感染主机数量很多，构成了良好的蠕虫生存环境。 - Putting forward methods to strengthen the properties of worms and discussing the development and directions of preventing and curing worms, at last, posing the ways of how to make good use of internet worm viruses.
通过对蠕虫病毒的完整而详尽的研究，提出强化蠕虫性能的方法，对今后蠕虫病毒的发展和防治方向进行了探讨，同时对如何有效的利用网络蠕虫病毒服务大众提出了较好的设计思路。 - Design and Implementation of General Internet Worm Defense System
通用Internet蠕虫查杀防治系统设计与实现 - The Implementation of Trojan Horse Server Program's Self-Spread by Internet Worm
利用Internet蠕虫实现木马服务程序的自主传播 - Research and Development on Internet Worm Containment Technology
Internet蠕虫防范技术研究与进展 - Research on Early Warning and Quarantine Control of Internet Worm
网络蠕虫预警与隔离控制方法研究 - Internet Worm Working Principle and Prevention
网络蠕虫的工作原理和防范 - The automatic capture of the internet worm is a pre-step to analyze, restrain and resist the worms.
自动捕捉蠕虫是分析、遏制、对抗蠕虫的前提条件。 - Internet worm's finite propagation can play important role in the application of distributed computation and worm antagonism.
蠕虫有限繁殖技术在分布式计算应用和对抗蠕虫研究中具有重要的意义。 - The subject aims at studying the function of internet worm virus and prevention's methods, and making a systemic design and program which control the spread of internet worm virus by DNS service machine at the base of analysis of the typical internet worm virus samples.
本课题在典型蠕虫病毒样本剖析的基础上，深入研究了网络蠕虫病毒的作用机理及防治策略，并给出了利用DNS服务器抑制网络蠕虫病毒传播的系统设计与实现方案。 - This paper research the propagation model of the Internet worm, Based on analysis the character and environment of some Propagation Models and advisement the character of benign worm, we propound a propagation model of benign worm Anti malignant worm.
本文就Internet蠕虫的传播模型进行了研究，分析了各种传播模型的特点和适用环境，在此基础上结合良性蠕虫的特点提出了良性蠕虫对抗恶性蠕虫的传播模型。 - Research the Propagation Model of Internet Worm
Internet蠕虫传播模型研究 - In this paper, the concept and research situation of Internet worms, exploration function component and execution mechanism are first presented, then the scanning strategies and propagation model are discussed, and finally the critical techniques of Internet worm prevention are given.
首先综合论述网络蠕虫的研究概况，然后剖析网络蠕虫的基本定义、功能结构和工作原理，讨论网络蠕虫的扫描策略和传播模型，归纳总结目前防范网络蠕虫的最新技术。 - This paper first analyzes Internet worm's characteristics, then describes some Internet worm containment systems which are proposed at home and abroad, and prospects the trend of worm and anti-worm technology in the end.
分析了蠕虫的特征行为，研究了国内外几种最新的Internet蠕虫防范系统，并在此基础上展望了蠕虫攻防的发展趋势。 - In this paper, the general function model of Internet worm was proposed under analysis of Nimda worm and the design and implementation of a loose coupling Internet worm defense system based on Web Service technologies was discussed.
通过对Nimda蠕虫的分析得到蠕虫的统一功能模型，并利用WEBService技术设计并实现了松散耦合的Internet蠕虫查杀防治系统。 - There is a strong similarity between biological immune system and internet worm immune system, with the purpose to protect the system against any attack from foreign viruses, and make the system stable within a changing environment.
生物免疫系统与网络蠕虫免疫系统有着惊人的相似性，二者都是保护系统免受外来病毒的入侵，使系统在不断变化的外界环境中保持相对稳定。 - So the technology research about the Internet worm is very important.
因此研究网络蠕虫的相关技术十分重要。 - As a kind of effective emergency control, isolation control has been widely employed in practice, such as epidemics control, Internet worm outbreak control, power system splitting and etc. But the theory of this strategy has not been discussed systemically.
阻隔控制作为应急控制的一种非常有效的方法已经在实际中被大量采用，例如传染病控制、网络蠕虫爆发控制和电力系统解列控制等，但关于该策略的系统理论尚未得到充分的探讨。 - At present, the development of the Internet worm appeared faster, more purpose and more advanced technical features.
目前网络蠕虫的发展呈现出速度更快、目的性更强和技术更先进的特点。 - Immunising vulnerable network systems is an important solution to prevent sabotage and spread of Internet worm.
对有漏洞的网络系统进行免疫是解决网络蠕虫传播和破坏活动的重要方案。 - Simulation results show that the model can effectively solve the rapid aggregation of scattered data issues under complex network environment. Thirdly, the early warning for Internet worm invasion is studied.
仿真实验的结果证明该模型能有效解决复杂网络环境下分散数据的快速聚合问题。再次，研究了应对网络蠕虫入侵的预警机制。 - So we will concern the P2P technologies which are quite successful in the areas of file sharing. It has potential in the field of distributed computing applications, which is the necessary computing environment and mode needed in large-scale Internet worm defense system.
因此，本论文考虑到在文件共享领域已经获得巨大成功的P2P技术，它在分布式计算领域具有潜在的应用前景，这正是大规模网络蠕虫防御体系所需要的计算环境和模式。 - Indicate that the overall development trends of internet worm are: more intelligent, more concealment.
指出网络蠕虫的发展的总的趋势是：更加智能化，隐蔽性更强。 - An Internet worm forecasting model is established and a prototype based on forecasting algorithms is given after analyzing the behavior pattern of Internet worms. At last, we design a user friendly graphical interface using GTK+.
本文还实现了对网络蠕虫的检测，通过对网络蠕虫行为模式的分析，建立了网络蠕虫预警模型和基于预警算法的原理模型，最后，利用GTK+设计了一个用户友好的图形界面。 - Internet worm has been one of the most significant threats that Internet faced, Compared with traditional viruses, which spread faster, more destructive.
网络蠕虫一直是互联网面临的最重大的威胁之一，与传统病毒相比，它传播速度更快，破坏性更强。 - In this dissertation, based on optimal control theory, the design of dynamic optimal isolation control laws is proposed. And the applications in SARS epidemics control and Internet worm control are discussed.
本论文基于最优控制理论给出了动态隔离控制律的设计方法，讨论了最优隔离控制策略在SARS传播控制和蠕虫爆发控制中的应用。 - Internet worm is a standalone piece of malicious code, which has the ability to self-replicate and spread rapidly.
网络蠕虫是一段独立的恶意代码，具备自我复制和传播的能力。 - By building an Internet worm defense-oriented P2P overlay network, establishing a large-scale Internet worm defense system, it is possible to restrain Internet worm effectively.
通过构建防御网络蠕虫的P2P重叠网，建立大规模网络环境下的网络蠕虫防御系统，继而对网络蠕虫进行有效的遏制。于是，本论文针对基于P2P技术的网络蠕虫防御机制进行了深入的研究。