基于分类安全保护和模糊神经网络的风险评估方法

Chaoju Hu, Chunmei Lv
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引用次数: 7

摘要

信息安全风险评估是发现潜在威胁和漏洞的重要评估方法。根据组织或企业信息系统的需求和安全级别,选择风险评估的方法。一般的评估方法都是简单地计算风险值,本文提出了一种基于分类安全防护的风险评估模型。建立了模糊理论与BP神经网络相结合的模型,提高了模型的学习能力和表达能力。首先,我们根据安全防护的分类标准形成一个风险要素集合。其次,运用模糊理论对风险因素进行量化。第三,将多级模糊系统的输出结果作为BP神经网络的输入。经实验测试,该风险评估模型能够准确、实时地估计信息安全的风险等级。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Method of Risk Assessment Based on Classified Security Protection and Fuzzy Neural Network
Risk assessment of information security is an important assessment method in the process of detecting potential threats and vulnerabilities. Select methods of risk assessment based on the requirements and the security level of organizational or enterprise information system. The general assessment methods simply calculate the risk value, In this paper, we propose a risk assessment model based on classified security protection. We also build a modle combined fuzzy theory and BP neural network, so that the learn capability and the expression capability can be improved. Firstly, we form a risk elements set according to the classified criteria for security protection. Secondly, we quantitate the risk factors with fuzzy theory. Thirdly, we take the results the output of multi-level fuzzy system as the input of BP neural network. According to experiment testing, the risk evaluation model can estimate risk level of the information security accurately and real-timely.
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