Explore MATLAB source code curated for "博弈论" with clean implementations, documentation, and examples.
Complete MATLAB game theory program resources available for download, featuring detailed algorithmic implementations and simulation examples for cooperative and non-cooperative game scenarios.
Game theory-based analysis of power control in cognitive radio systems, featuring source code that implements Nash equilibrium through iterative algorithms with graphical visualization of the convergence process.
Game Theory source code collection providing algorithm implementations and practical examples for reference and study
With the significant development of the cellular mobile communication market, the next generation of communication will be mobile multimedia communication. This raises the question of how to implement power control for multimedia sources beyond traditional voice sources. To address this issue, we introduce mathematical models and concepts from microeconomics along with game theory. In this study, call quality is termed "utility," and distributed power control for CDMA telephone communications is modeled as a non-cooperative game, which can be algorithmically implemented through iterative optimization processes.
A game-theoretic MATLAB model for cognitive radio (CR) systems supporting dynamic spectrum access, featuring multi-hop networks with CR nodes that realistically emulate physical and administrative structures. This research investigates user communication sessions through cross-layer optimization, integrating power control with joint scheduling and routing mechanisms. The approach analyzes channel quality and spectrum substitutability while establishing utility functions for secondary users' spectrum requirements. The MATLAB implementation includes a spectrum admission pricing scheme demonstrating near-optimal performance in most scenarios through equilibrium analysis.
Price Mechanism-Based Cooperative Communication Systems: Game Theory, Iterative Water-Filling, and Power Allocation
Solution Methods for Differential Equations in Game Theory
Game Theory-Based Power Control Modeling for Power Optimization in Wireless Sensor Networks (CR-power)