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Malware

美 [ˈmælwer]英 [ˈmælweə(r)]
  • 网络恶意软件;恶意程序;恶意代码;恶意程式;恶意软体
MalwareMalware
  1. " Malware is scanning through the memory in real time and looking for data , " he says .

    "恶意软件正在实时扫描内存并寻找数据,"他说。

  2. Users can experience computer anger and frustration for a number of reasons . American adults surveyed in 2013 reported that almost half ( 46 % ) of their computer problems were due to malware or computer viruses , followed by software issues ( 10 % ) and not enough memory ( 8 % ) .

    “电脑狂暴症”的产生有多种原因。2013年针对美国成年人的一项调查显示,近半数(46%)的电脑问题是恶意软件或电脑病毒导致的,其次是软件问题(10%)以及内存不足(8%)。

  3. In several recent incidents , hackers have been able to obtain massive information of credit-debit - or prepaid-card numbers using malware , i. e.malicious software , inserted secretly into the retailers ' point-of-sale system — the checkout registers .

    在最近发生的几起事件中,黑客通过在零售商销售点系统的收银台上秘密插入恶意软件获得了大量的信用卡、借记卡或预付卡号码信息。

  4. In this sense , the malware does do a good thing by unintentionally leading to this reunion .

    在这种情况下,恶意程序因为无意中促成了一次重聚,反而做了件好事。

  5. Email 2 : Hi Sheila - good to hear from you and sorry about the spam - what a nice malware reunion !

    电邮2:你好,希拉!很高兴收到你的信,很抱歉让你被垃圾邮件骚扰。这可真是因病毒重聚啊!

  6. USB ports are ubiquitous on our electronic devices as a way to charge them and transfer data . But they 're also an easy entry point for malware or other nasty viruses .

    USB接口在我们的电子设备中普遍存在,用来充电或者传输数据。但它也是恶意软件或者其他令人生厌的病毒的入口。

  7. USB condom is a modified USB adapter that prevents data from being stolen or malware from being installed when a mobile device ’ s USB cable is plugged into a public charging station .

    USB安全套是一种改进过的USB适配器,当移动设备的USB连接线插进公用充电装置时,USB安全套可以防止数据被盗或被黑。

  8. Malware reunion describes the situation when a computer virus or other malware sends junk mail to recipients between you and someone on your contact list with whom you have not communicated in a long time .

    Malwarereunion说的是这样一个情景:你电脑中的某个病毒或恶意程序向你邮箱的联系人发送垃圾邮件,而这个垃圾邮件使得你跟好久没有联系的某个人又开始通信联系。我们可以称之为“因病毒重聚”。

  9. Development of Windows Malware Detection System Based on Expert System

    应用专家系统开发Windows恶意代码检测系统的研究

  10. Design and Implementation of an Automated Malware Dynamic Analysis System

    自动的恶意代码动态分析系统的设计与实现

  11. Malware detection is an important area in the computer security .

    恶意代码检测是计算机安全的一个重要领域。

  12. Analysis Research on Threat 、 Situation and Countermeasure of Malware to Network Security

    恶意软件对网络安全的威胁、现状、对策的分析研究

  13. Such a system infection is typical for various kinds of malware .

    这种系统的入侵就是一种典型的恶意软件。

  14. Decoy : A Malware Collection System Based On Active Technology

    Decoy:基于主动技术的恶意代码捕获系统

  15. NEW : Local malware database now uses memory mapping .

    新:当地的恶意软件数据库,现在使用内存映射。

  16. Research on Associative Classification Rules of Malware Detection Based on Incremental Learning

    基于增量学习关联分类规则的病毒检测方法研究

  17. Grouping malware together works in a relatively small time window .

    分组恶意软件一起工作在一个相对短的时间窗口。

  18. This paper is about to study the application and practice of Combo Malware .

    论文进行了ComboMalware融合机制应用研究与实践。

  19. Exploring Multiple Execution Paths for Malware Analysis Based on Coverage of Codes

    基于代码覆盖的恶意代码多路径分析方法

  20. Case in point : The growing threat of malware infections .

    例证:正在增长的恶意软件感染的威胁。

  21. Application of Incremental Associative Classification Method in Malware Detection

    增量式关联分类方法在病毒检测中的应用

  22. Malware Detection Based on Sequential Pattern Mining Algorithms

    基于序列模式挖掘算法的恶意代码检测

  23. Protocol reverse engineering is important to trusted software verification , protection and malware analysis .

    网络协议的逆向分析技术无论对可信软件的验证、保护还是对恶意软件机理的分析都具有重要用途。

  24. Research of malware propagation in complex networks based on 1-D cellular automata

    基于一维元胞自动机的复杂网络恶意软件传播研究

  25. The proliferation of malware in recent years has presented a serious threat to computer system .

    近年来各种恶意软件的增多对计算机系统构成了严重威胁。

  26. Detection experiment dataset contains 9917 malware and 6591 benign code .

    检测实验数据集包含9917个恶意代码和6591个正常代码。

  27. Other studies show that 85 percent of all malware comes from the Web .

    其他研究表明,大约有85%的恶意软件来自Web。

  28. • obtain malware protection for your mobile device .

    •用恶意软件防护程序来保护移动设备。

  29. Today , the driving force behind malware has shifted to money .

    如今,恶意软件背后的动力已经悄然转变为金钱利益。

  30. Study on Application and Practice of Combo Malware

    ComboMalware应用研究与实践