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Evolutionary game analysis on decision-making behaviors of participants in mega projects

Economics

Evolutionary game analysis on decision-making behaviors of participants in mega projects

D. Chen and B. Chen

Discover how collusive behavior in mega-projects can be analyzed through the lens of evolutionary game theory. This research explores the dynamics between owners, constructors, supervisors, the government, and the public, revealing essential strategies for improved governance. Learn from the insights shared by Daoping Chen and Binbin Chen.

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Playback language: English
Abstract
This paper investigates collusive behavior in mega-projects using evolutionary game theory. A model incorporating a collusion-body (owner, constructor, supervisor), the government, and the public is developed. Analysis reveals how costs and benefits influence each participant's strategy, identifying critical probabilities for strategy shifts. Five evolutionary stable strategies are identified, each with distinct cost-benefit conditions. Active government intervention and public participation are shown to improve governance effectiveness by modifying cost-benefit parameters.
Publisher
Humanities and Social Sciences Communications
Published On
Dec 07, 2023
Authors
Daoping Chen, Binbin Chen
Tags
collusion
evolutionary game theory
mega-projects
governance
government intervention
public participation
strategy
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