Study on Mutual Evaluation in Multimedia-network Society

研究了各种评价和评估方法。它们是AHP（层次分析法）、ANP（网络分析法）、DEA（数据包络分析法）、相互评价、博弈论、马尔可夫模型、多元数据分析和两两比较。这些方法在数据和信息流丰富的多媒体网络社会中是有效的，同时，如果这些方法得到切实可靠的实施和利用，多媒体网络社会将是有效的。从思维转移模型的角度统一解释了AHP、ANP和相互评价。对于AHP的关键要素技术——两两比较，提出了一种有效的设计，称为“2循环设计”；对于AHP的另一关键要素技术——权值估计，对各种算法的性能进行了比较。研究了DEA与博弈论的关系、AHP与DEA的关系以及AHP、DEA与多元数据分析的关系。介绍了这些方法在土木工程总体设计中的应用。此外，作为多媒体网络技术的应用，本文还讨论了智能交通系统的一些应用实例。通过这些多媒体网络系统的实现，期望所提出的评价和考核方法是高效的，因此是有效的。

Various evaluation and assessment methods are studied. They are AHP(Analytic Hierarchy Process), ANP(Analytic Network Process), DEA(Data Envelopment Analysis), Mutual Evaluation, Game Theory, Markov Model, Multivariate Data Analysis, and Pairwise Comparison. These methods would be effective in the multimedia network society where abundant data and information flow, and at the same time, the multimedia network society would be effective if these methods are practically and reliably implemented and utilized.AHP, ANP, and Mutual Evaluation are interpreted in a unified way from the viewpoint of Mind Transition Model. As for the pairwise comparison, which is a key element technology of AHP, an effective design, called "2-cyclic design", is proposed, and as for the weight estimation, which is another key element technology of AHP, various algorithms are compared in their performance. Moreover, the relationship between DEA and game theory, the relationship between AHP and DEA, and the relationship among AHP, DEA and multivariate data analysis, are studied.Applications of these methods to civil-engineering grand design are shown. Moreover, as applications of multimedia network technology, some of ITS (Intelligent Transportation Systems) examples are discussed. Through the realization of these multimedia network systems, the proposed evaluation and assessment methods are expected to be efficient, and consequently effective.