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Ngo, X.T., Bhasin, S. and Danger, J.-L. (2015) Linear Complementary Dual Code Improvement to Strengthen Encoded Circuit against Hardware Trojan Horses. 2015 IEEE International Symposium on Hardware-Oriented Security and Trust (HOST), Washington DC, 82-87.

被以下文章引用:

• 标题: 木马检测与防护技术的发展Study of Trojans Detection and Prevention Technology

  作者: 吴少华, 胡勇

  关键字: 木马, 伪装技术, 进程隐藏, 通信协议, 免杀, 木马检测Trojan, Masquerading Technology, Process Hidden, Communication Protocol, Avoid Killing, Trojan Detection

  期刊名称: 《Computer Science and Application》, Vol.5 No.12, 2015-12-28

  摘要: 通过对大量当前流行的windows木马程序进行逆向，分析木马在伪装技术、程序隐藏方式、进程隐藏方式、通信方式和免杀手段上所使用的各种技术，并结合当前主流的安全软件对木马的检测效果和检测方式，提出对抗木马新技术的方法。 Based on reverse analysis of many current popular Windows’ Trojans behavior, the new technolo-gies used by Trojans were summarized, including program hidden, process hidden, communication pattern and means to avoid killing. Combined with the current mainstream security software to detect the Trojan, some new technologies and opinions against the Trojan threat were present.