Evaluation of Urban Comprehensive Competitiveness Based on FAHP

Chun Feng Liu; Bao Min Hu; Zi Biao Li

doi:10.4028/www.scientific.net/AMR.108-111.421

Paper Titles

Enhanced 2&4 Tx Matrix a Scheme Based on Coordinate Interleaved Orthogonal Designs
p.398

Environmental Impact Analysis of Water Environment in Coal Mining Areas Based on Matter-Element Model
p.403

Research on Fault Diagnosis of PCCP Based on Support Vector Machine
p.409

The Study on Artificial Intelligence for Fault Diagnosis in Power Transformer
p.415

Evaluation of Urban Comprehensive Competitiveness Based on FAHP
p.421

A CSCW-Enabling Integrated Access Control Model and its Application
p.426

A Study of Association Rules Mining Algorithms Based on Adaptive Support
p.436

Arithmetic Research of Computer Simulation of the Bus Junction Stations
p.441

Optimization Simulation Design of Sign Intersection Control
p.446

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 108-111Evaluation of Urban Comprehensive Competitiveness...

Evaluation of Urban Comprehensive Competitiveness Based on FAHP

Abstract:

In 2009 from the comprehensive competitiveness comparison of nearly 300 cities on district level shown in "Chinese Urban Competitiveness Report", 12 competitivenesses of more than 50 major cities are evaluated by using econometric models, and Chinese most competitive top 10 cities of Year 2009 emerge. Since the city's comprehensive competitiveness ranges many indexes which are difficult to quantify and various best programs with fuzziness, the fuzzy analytic hierarchy process (FAHP) is relatively more scientific and objective. This paper presents Mathematica program which use fuzzy analytic hierarchy process to evaluate the the city's comprehensive competitiveness, and the practicability of FAHP presented in this paper may provide the reference to the researchers in the field.