安全性可度量性的框架

Seraj Fayyad, Josef Noll
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引用次数: 1

摘要

为嵌入式系统(ES)设置有效的安全级别,有助于系统可靠、稳定地运行。为了确定给定ES的当前安全级别是否有效,我们需要对该安全级别进行主动评估。对ESs的安全级别进行评估并不是一个简单的过程,像ES组件之间的异质性这样的事情使这个过程变得复杂。多度量(MM)是克服安全、隐私和可靠性(SPD)评估复杂性的有效方法之一。与大多数社发力评价方法一样,MM方法以专家知识为基础进行基本评价。专家评价虽然有其优点,但也存在一些不足,这就需要减少对专家的依赖。在本文中,我们提出了一个安全可度量性框架,作为安全、隐私和可靠性评估的一部分。基于多度量(MM)方法的安全评价是一种有效的评价方法,因此我们称之为MM框架。在MM框架下,基于专家知识的系统存储和检索,研究了评价的艺术。使用MM框架,系统管理员可以评估和提高系统的s级,而不必是安全专家。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A framework for measurability of security
Having an effective security level for Embedded System (ES), helps a reliable and stable operation of this system. In order to identify, if the current security level for a given ES is effective or not, we need a proactive evaluation for this security level. The evaluation of the security level for ESs is not straightforward process, things like the heterogeneity among the components of ES complicate this process. One of the productive approaches, which overcame the complexity of evaluation for Security, Privacy and Dependability (SPD) is the Multi Metrics (MM). As most of SPD evaluation approaches, the MM approach bases on the experts knowledge for the basic evaluation. Regardless of its advantages, experts evaluation has some drawbacks, which foster the need for less experts-dependent evaluation. In this paper, we propose a framework for security measurability as a part of security, privacy and dependability evaluation. The security evaluation based on Multi Metric (MM) approach as being an effective approach for evaluations, thus, we call it MM framework. The art of evaluation investigated within MM framework, based also on systematic storing and retrieving of experts knowledge. Using MM framework, the administrator of the ES could evaluate and enhance the S-level of their system, without being an expert in security.
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