The current worm detection and prevention system is a passive one in which unknown worms can't be detected and prevented.
当今的蠕虫检测防御系统都是被动的检测防御系统，只能进行事后处理，不能检测和防御未知蠕虫。
Based on the study and research of the basic knowledge, this article focuses on the information entropy-based worm detection algorithm.
在前述基础知识的学习研究基础之上，本文重点对基于信息熵的蠕虫检测算法进行了一系列研究。
The result of experiments shows that our adaptive worm detection algorithm can effectively detect the spread of network worms, and has a low false alarm rate and omission rate.
实验结果表明，本文所设计的自适应蠕虫检测算法能够有效的检测网络蠕虫的传播，且具有较低的误报率和漏报率。
At present, the detection technologies of polymorphic worms have become the focus of the worm research.
目前，针对多态蠕虫的检测技术的研究已经成为现在蠕虫研究的热点。
The global and local collision detection and processing in the machining planar double-enveloping toroid worm gear drive using 5-axis NC machine tool was discussed in the dissertation.
提出了平面二包蜗杆副五轴联动数控加工中全局干涉检测和处理、局部干涉检测和处理的方法；
The global and local collision detection and processing in the machining planar double-enveloping toroid worm gear drive using 5-axis NC machine tool was discussed in the dissertation.
提出了平面二包蜗杆副五轴联动数控加工中全局干涉检测和处理、局部干涉检测和处理的方法；
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