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系统的层次灰类物元综合评判方法

Hierarchical Synthesis System-Evaluation Method Based on Gray Matter-element
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摘要 为了对信息系统安全等级评估,以物元分析的物元为系统观点,以灰色系统的综合评判为系统方法,提出物元评判算子ME和灰类物元综合评判算子GME,并以此改造层次分析法AHP成为层次化灰类物元综合评判GMHE方法,该方法将人为定性评估与数学定量计算有机结合,不仅可以有效解决大型复杂系统的分类评判,而且还能给出评判结果的可信程度. To evaluate the rank of security for information system, dealt with the systematic view of matter-element and the systematic method of gray synthesis decision, the operator of ME(Matter-element Evaluation) and the operator of GME (Grey Matter-element Evaluation) were proposed, and by means of those, the hierarchical systematical synthesis-evaluation mehtod based on the gray matter-element was reformed from AHP (Analysis Hierarchy Process). The method is combined the subjective qualitative appreciaton with the mathematical quantitative measurement. That is the effective classification method for the macro complex system and resulted in the degree of confidence for the systematical evaluation.
作者 陈鍊
出处 《数学的实践与认识》 CSCD 北大核心 2008年第6期85-93,共9页 Mathematics in Practice and Theory
基金 江苏省高校自然科学项目(02KJD120001)
关键词 综合评判 物元评判算子 灰类物元综合评判算子 层次分析 synthetic evaluation matter-element evaluation gray matter-element evaluation AHP
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参考文献3

  • 1陈俊梁,张雅文.应用综合评判评价考试成绩质量[J].数学的实践与认识,2005,35(6):22-24. 被引量:8
  • 2Saaty T L. The Analysis Hierarchy Process[M]. New York, McGraw Hill, 1980, Reprinted by RWS Publication,Pittsburgh. 1996.
  • 3The International Organization for Standardization. Information Technology-Code of Practice for Information Security Management[S], ISO/IEC 17799,2000 (E), 2000.

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