本科毕业论文（设计）题目：手机病毒形态模拟及防研究姓名：唐勇学号：19207311院（系）：计算机学院专业：信息安全指导教师：任伟职称：副教授评阅人：职称：2011 年 6 月本科生毕业论文（设计）原创性声明本人以信誉声明：所呈交的毕业论文（设计）是在导师指导下进行的研究工作及取得的研究成果，论文中引用他人的文献、数据、图件、资料均已明确标注出，论文中的结论和结果为本人独立完成，不包含他人成果及为获得中国地质大学或其他教育机构的学位或证书而使用过的材料。
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毕业论文作者（签字）：签字日期：年月日学校代码：10491 本科生学号：中国地质大学学士学位论文手机病毒形态模拟及防研究本科生：唐勇学科专业：信息安全指导老师：任伟二〇一一年六月A Dissertation Submitted to China Universityof Geosciences for the Degree of Bachelor of EngineeringEpidemic Model and Prevention and analysis of Mobile Phone VirusCandidate: Tang YongMajor: Information SecurityAdvisor: Ren WeiChina University of GeosciencesWuhan 430074 P. R. China作者简介唐勇，男，汉族，1987年生于省简阳市。
就读于中国地质大学（）信息安全系。
大学期间曾担任过计算机学院学生会体育部干事，192073班组织委员等职位。
曾获人民奖学金若干次，科技论文报告会三等奖。
主要学习经历：2004.9——2007.6 省市高新实验中学2007.9——2011.6 中国地质大学（）本人大学四年以来曾参与过多项科研活动和竞赛，熟悉基于C，C++的软件开发，对信息安全技术有着浓厚兴趣。
联系方式：地址：中国地质大学（）192073班（430074）电话：电子：tly513126.摘要本文首先简单介绍了手机的起源，从1902年森•斯塔布菲尔德的美国人在肯塔基州默里的乡下住宅制成了第一个无线装置，这部可无线移动通讯的就是人类对‘手机’技术最早的探索研究。
1938年，美国贝尔实验室为美国军方制成了世界上第一部‘移动’手机。
1973年4月，美国著名的摩托罗拉公司工程技术员‘马丁•库帕’发明世界上第一部推向民用的手机到2009年1月7号工业和信息化部为中国移动、中国电信和中国联通发放33G牌照，标志着我国正式进入3G时代，这100多年间手机经历了1G，2G，3G这3个最重要的阶段。
随着手机业务迅速发展与手机终端业务的不断增强，手机以越来越像一个小型计算机，可以安装并执行很多程序。
因此，作为一种新的破坏手段，在计算机中传播恶意程序即病毒也不可避免的渗透到手机通讯中，移动业务的安全收到了极大的威胁。
接着本文在手机病毒爆发的环境，手机病毒的种类，传播方式，危害对象等方面出发对手机面临的病毒威胁做了详细的叙述；接着为了探究手机的危害程度，为进一步研究手机病毒的传播特征，如何对手机病毒作出反病毒措施本文在承认前人研究成果基础上对现有SIR模型第不足提出改进意见，同时对现有的以原来SIR模型为蓝本推演出来的SIRC模型，A-SIRC模型的提出改进方法，并在此工作基础上结合现有的研究成果推演出更符合手机病毒传播特点的手机病毒形态A-SIRCF模型。
接下来为探究模型中与现有模型在手机病毒形态模拟上的差别以及验证新加入的误操作概率对手机病毒传播的影响本文对A-SIRC模型和A-SIRCF模型进行了计算机程序模拟对比，对结果进行分析得出A-SIRCF模型更符合对实际手机病毒的传播你模拟，更适合对手机病毒传播特征的研究，除此之外通过对程序结果的分析两个模型同时揭示了手机病毒的一些特征：手机病毒的威力强大，手机病毒的生命力强，目前的手机病毒防护薄弱等结论。
针对这些结论，本文提出了针对手机终端危害的不同病毒传播途径的应对策略，提出了基于通信实体的认证针对SMS、MMS、EMS手机病毒的安全策略方案，借用算机防病毒的一些成功经验提出了若干安全策略，在满足用户要求的同时极大限度的保护手机安全。
以及针对3G时代通过计算机网络传播手机病毒对手机危害，提出了责任分离制度方案来防此类病毒；在针对网关端的危害本文提出了借助计算机防病毒方面的启发式行为监测来防止病毒攻击的解决方案。
这些安全对策对传统的手机病毒具有一定得安全作用，虽不能完全保障手机安全但是为以后设置更加合理的安全策略打下基础。
本文以模型为基础探究手机病毒的传播特征，并对手机病毒的防治提出解决方案，希望能为手机的防病毒工作做出自己的一点贡献。
关键字：手机病毒；手机病毒特征；病毒状态；手机病毒安全策略；AbstractThis article first briefly describes the origin of the phone, from the year 1902, the American Forest • Stubblefield Murray, Kentucky's country residence made the first wireless phone device, this may be the wireless mobile phone is the human 'phone' technology of the earliest exploration and research. In 1938, the United States Bell Labs for the U.S. military made the worlds first 'mobile' phone. April 1973, the U.S. engineering technicians Motorola famous 'Martin • Cooper' invention into the civilian world's first mobile phone to January 7, 2009 Ministry of Information Industry and China Mobile, China Telecom and China Unicom issued three 3G licenses, marking the formal entry into the 3G era in China, which experienced a 100 years or phone 1G, 2G, 3G the three most important stage.With the rapid development of mobile phone business with mobile terminal business continues to increase, more and more like a small cell phone to the computer, you can install and run many programs. Therefore, as a new means of destruction, the spread of computer viruses or malicious programs inevitably penetrate into the cell phone communications, mobile services have received a great threat to security. Then this environment in the mobile phone virus outbreak, the type of mobile phone virus, mode of transmission, starting against the object and so the threat of mobile viruses face a detailed description; then to explore the harmful levels of mobile phone for further study thepropagation characteristics of mobile phone virus , how mobile phone virus anti-virus measures to recognize the results of previous studies in this paper based on the SIR model of the existing shortage of suggestions for improvement first, while the existing modeled based on the original SIR model deduced SIRC model, A-SIRC model The proposed improved method, based on the work in the context of existing research results to deduce more in line with the characteristics of mobile phone viruses spread of the virus form of A-SIRCF model.Then to explore the model with the existing model in simulation of mobile phone viruses on the difference between form and verify the probability of new entrants to the misuse of mobile phone virus spread to the A-SIRC this model and the A-SIRCF computer program simulation model was compared Analysis of the results obtained A-SIRCF model more in line with the actual phone you to simulate the spread of the virus is more suitable to the characteristics of mobile phone virus, in addition to the program analysis of the results by two models also revealed the cell phone viruses Some features: powerful mobile phone virus, mobile phone virus, vitality, cell phone virus protection current weak conclusion. In response to these conclusions, this paper for the mobile terminal against the virus transmission routes of the different coping strategies, communication entities is proposed based on the certification for SMS, MMS, EMS mobile phone virus, security strategic plan, to borrow computer virus made some successful experiences a number of security policy, user requirements are met, while greatly limits the protection of mobile phone safety. And the time for the 3G mobile phone virus spread through computer networks, mobile phones harm, separation of duty proposed system of programs to prevent such viruses; the gateway terminal for the harm in this paper, the use of computer anti-virus heuristic behavioral surveillance to preventvirus attacks solution. These security measures on the traditional mobile phone virus has a security role too, although not completely protect the safety of mobile phones to set more reasonable, but for the future lay the foundation for security policy.This article model-based features to explore the spread of mobile phone virus ,mobile virus prevention and propose a solution, I hope to work for the phone to make its own anti-virus that contribution.Keywords：Mobile phone virus ; Characteristics of mobile phone virus;Virus Statu s ;Mobile phone virus security policy;第一章、引言.................................................................................................... 错误!未定义书签。
