A COMPREHENSIVE EVALUATION METHOD FOR HIGHWAY NETWORK PLANNING SCHEMES AND ITS APPLICATION
Hong Chen, Yan Yingqiu, Wei Zhou
Abstract
Hong Chen, Yan Yingqiu, Wei Zhou
Abstract
According to the road and traffic characteristic parameter indexes of highway networks, a new model for evaluating highway network planning schemes i.e. two-grade comprehensive evaluating model with multiple fuzzy operators, is put forward. The model is combined with the AHP (Analytical Hierarchy Process) method to determine the weights of evaluating indexes. The application of the model in the comprehensive evaluation of the trunk highway network planning schemes of Shanxi province (in China) is introduced in detail.
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According to the road and traffic characteristic parameter indexes of highway networks, a new model for evaluating highway network planning schemes i.e. two-grade comprehensive evaluating model with multiple fuzzy operators, is put forward. The model is combined with the AHP (Analytical Hierarchy Process) method to determine the weights of evaluating indexes. The application of the model in the comprehensive evaluation of the trunk highway network planning schemes of Shanxi province (in China) is introduced in detail.
Key concepts: Analytic hierarchy process, Computer science, Fuzzy logic, Transport engineering, Process (computing), Evaluation methods, Network planning and design, Operations research