手机病毒与移动通信安全

目前手机在日常生活中使用得越来越广泛。尤其是随着移动通信技术向3G／B3G的迅猛演进．手机的功能也越来越强大。但是与此同时．手机病毒也已经开始对移动通信系统构成严峻威胁。本文阐述了手机病毒原理．攻击方式、主要类型以及手机病毒的预防措施等几个方面的问题。同时针对手机病毒所带来的威胁．对整个移动通信安全机制的改进和完善提出了建议。     

手机病毒与移动通信安全

随着移动通信网络的发展,融合3C（Computer,Communication,Consumer）的智能手机成为移动终端的发展趋势。智能手机的出现极大地丰富了手机应用的种类,为移动增值业务,尤其是3G业务的开展提供了终端基础。但与此同时,智能手机的流行也给手机病毒的滋生和肆虐创造了便利条件,手机正在成为黑客、病毒制造者的新目标。虽然手机病毒在当前阶段还未形成气候,但是随着未来移动增值业务的快速发展,手机病毒将成为移动通信安全的严重威胁。本文介绍了手机病毒的概念和历史、发展阶段、传播方式、对移动通信的危害及未来手机病毒的发展趋势。     

浅论移动通信病毒

该说明了手机感染病毒的原因，病毒可能造成的危害，描述了黑客的攻击方式，介绍了TIMOFONICA病毒，分析了当前移动通信系统的防病毒的安全状况。     

手机病毒：又一种安全威胁

本文首先介绍了一种可向手机乱发短消息的蠕虫病毒－VBS,然后介绍了手机病毒的危害性和已发现的一些手机病毒情况,指出了黑客对手机攻击的方式。文章最后阐述了手机病毒发作的特征及处理方法,介绍了国际上手机毒工作的研究情况。     

安全第一浅谈手机病毒的预防

说起手机病毒，有的读者可能会觉得陌生。然而，手机病毒离我们的生活并不遥远。随着手机技术的进步特别是智能手机的日渐普及，手机病毒大有蔓延之势。而且，手机病毒的危害性丝毫不亚于电脑病毒。如何预防和查杀手机病毒已经成为摆在手机用户面前一个急需解决的问题。[编者按]     

手机病毒离我们有多远

手机病毒对于人们来讲似乎还很遥远，但自从第一例病毒传播之后，立即引起了用户和厂商的关注。随着手机产业的迅速发展．中国手机用户已经超过5亿，作为世界第一大移动通信大国，手机安全自然也成为急需解决的问题。近来出现越来越多的监听软件．恶意软件、间谍病毒，甚至互联网上的病毒可以通过手机传播．则让手机用户们心惊胆战。我们究竞要如何保障自己的通信安全呢？     

手机安全进行时

个人电脑已经成为现代化生活的必备品，你还在为电脑里多多少少的病毒发愁么？那么给你一点新鲜感吧——你的发愁升级了！为什么？因为你的手机又成为病毒攻击的新对象。现在手机病毒正在茁壮的成长，当心你的手机也成为它们的“营养源”！[编者按]     

漫谈手机

一、基本结构及工作原理手机是由接收机、发射机、控制部分、机壳及其他外部设施等四大部份所组成。其制造工艺基本采用贴片元件（SMD）并采用先进的卞表面贴装技术焊接（SMT）。接收机：原理与结构和半导体收音机一样，只是更小巧、更精致。它是收听的部分。发射机：和接收机相反，它是发话的部分。控制部分：主要是个微计算机和一些辅助电路，控制和协调收、发两部分工作。机壳及其他外部设施：在紧凑的内壳中有几块电路板，板间有插接件连接。板上主要装有集成电路块、电阻、电容等元器件。二、基本功能和使用方法目前市场上的手机体…     

手机病毒移动互联网网络封堵

随着移动互联网的发展,手机用户面临越来越多的安全风险,大量的手机病毒不断的危害客户的利益,如何有效的对手机病毒进行监测治理,本文介绍了目前一些常用的方法,并根据移动公司网络的实际情况提出了一种有效的解决方案,在互联网出口部署一套分布式封堵系统,系统能够对病毒URL进行自动封堵,有效治理手机病毒,保护移动用户,提升客户感知。     

中国手机产业链整合呼唤配套交流平台

中国手机行业正处于一个高速发展时期,2002年中国手机用户已达到2亿户,预计到2004将达到3.2亿户,2008年将达到5亿户.     

手机病毒防治方法及其发展趋势分析

首先介绍了手机病毒的基本概念和发展历史,然后重点探讨了手机病毒的防治方法、并对其发展趋势进行了深入的分析。     

The unpredictable mobile phone

A year-long ethnographic study of the use of mobile phones in Jamaica was conducted during 2004. Our findings, which are almost the exact opposite of the expectations that appear in The Economist and other sources in early 2005, are that, in Jamaica at least, the phones are not used to obtain jobs or to help individuals become entrepreneurs. For quite different reasons, however, mobile phones have become central to the survival strategies of the lowest income population. To understand why this should be, we need to examine how the phone fits within other forms of communication, and how both the phone and the phone call are evaluated. This is tantamount to asking how one person values their communication with another and under what conditions does communication become an end in itself?     

The unpredictable mobile phone

A year-long ethnographic study of the use of mobile phones in Jamaica was conducted during 2004. Our findings, which are almost the exact opposite of the expectations that appear in The Economist and other sources in early 2005, are that, in Jamaica at least, the phones are not used to obtain jobs or to help individuals become entrepreneurs. For quite different reasons, however, mobile phones have become central to the survival strategies of the lowest income population. To understand why this should be, we need to examine how the phone fits within other forms of communication, and how both the phone and the phone call are evaluated. This is tantamount to asking how one person values their communication with another and under what conditions does communication become an end in itself?     

移动通信与互联网中的安全机制研究

随着网络信息技术的不断发展,人与人之间通过移动信息网络产生了新形式下的联系,移动通信使人与人之间的联系越来越密切,同时移动通信网的安全问题也越来越重要.在此,首先分析了移动通信网面临的安全问题,然后介绍了以第三代移动通信网络为代表的蜂窝移动网络和4G移动通信技术的安全机制,最后介绍一种移动通信用户身份保密的增强方法.     

Research on mobile phone swaying and receiving position in optical camera communication

Optical camera communication (OCC) is gaining increasing attention in researches. However, applying it to a real-world scenario may encounter many practical problems, such as the communication device may sway or there may be a position offset between the camera and the light source, which may distort the stripes and make the message unreceivable. To this end, we propose pilot-based stripe area estimation (P-SAE) decoding algorithm, and design a pixels rearrangement (PR) scheme and stripes separation logic decision method (SSLD) to improve the decoding performance under sway or receiving position offset. Finally, we build a practical OCC system and carry out experiments to verify the effectiveness of the decoding algorithm. Experimental results show that the lightweight decoding algorithm can resist the impact of smartphone sway and receiving position offset on decoding accuracy.     

Assessing mobile phone communication utility preferences in a social support network

While it is generally accepted that the mobile cell phone has become ubiquitous within society for communicating, the actual use of the utilities on a phone have not been reported. Understanding how communication patterns are changing in society as a result of the mobile cell phone will enable the development and/or modification of existing cell phone utilities, the concept of privacy, and a mobile literacy research domain. To explore mobile cell phone utility use, 99 people completed a mobile phone usage questionnaire. Key results from the questionnaire are physical location when using a mobile cell phone, the length of communication episodes, the usage of phone utilities and existing privacy concerns related to mobile cell phones.