基于自适应免疫的网络安全系统

Reem Abdelrahman Ahmed Farah, Y. Mohamed
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引用次数: 5

摘要

尽管人们在网络安全方面做了大量的工作和研究,但是由于每天都有大量的恶意软件和黑客机制被开发出来,对不同类型网络的安全要求也在与日俱增。必须在网络中使用的功能,以提供高水平的保护是;检测、保护和恢复。因此,本研究包含了这些特征,并受到人体免疫系统的启发,通过模拟计算机网络中自然免疫系统的机制,提供安全性,并作为自适应免疫系统进行自我学习。在本研究中,我们着重于通过使用不同的机制来训练系统区分self和self模式,如计算数据包的校验和和system 32文件的校验和,并将传入的数据包与创建的数据库进行比较。系统可以观察到系统32中发生的任何变化,并跟踪系统32内部的任何修改、创建、删除和重命名,当系统处于学习阶段时,误报的数量增加,但当系统获得经验后,误报率将逐渐减少。结果表明,该系统具有很高的准确性,能够跟踪系统中的任何变化,检测系统中的任何恶意软件,并且效率很高。
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Adaptive Immune-Based System For Network Security
although a lot of effort has been made and a lot of studies about network security have been carried out, the security requirements for different type of network are increasing daily because of the huge amount of malware and hacking mechanisms are developed daily. Features that must be used in network to provide a high level of protection are; detection, protection and recovery. As such, this study include these features and it is inspired from human immune system, by simulating the mechanism of the natural immune system in computer network to provide security and work as adaptive immune system which learn by themselves. in this research we are concentrating more to learn the system by training the system to distinguish between self and oneself pattern by using different mechanism as calculating checksum of the packet and the checksum of system 32 files, and compare the incoming packet with the created database.. The system can observe any change occur in system 32 and trace any modification, creation, deleting and renaming inside system 32 When the system in learning phase the number of false positive are increase, but after the system gains experience, the false positive rate will decrease gradually. The results indicate that the proposed system is very accurate and is capable of tracking any change and detecting any malware within the system as well as high efficiency.
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