MATLAB Code Implementation for Power Control
Comprehensive power control source code implementation with algorithm explanations and function descriptions, ideal for beginners learning control systems programming
Explore MATLAB source code curated for "功率控制" with clean implementations, documentation, and examples.
Comprehensive power control source code implementation with algorithm explanations and function descriptions, ideal for beginners learning control systems programming
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.
This demonstration program showcases commonly referenced power allocation techniques in literature, including power allocation, power control, power averaging, and the renowned water-filling algorithm. It serves as an introductory tool for power allocation problem research, featuring MATLAB-based implementations with detailed explanations of optimization approaches and constraint handling.
This example demonstrates the development of a doubly-fed induction generator (DFIG) wind turbine model in MATLAB environment, featuring power control through decoupling control methodology with implementation of control algorithms including PID and model predictive controllers.
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.
K-G Algorithm Implementation for Power Control Optimization in Cognitive Radio Non-Cooperative Game Scenarios
Resource allocation algorithm for D2D communication in cellular networks, primarily focusing on power control implementation with key algorithmic approaches
This algorithm addresses power control mechanisms in CDMA reverse channels, covering both base station and mobile station power management with technical implementations and related research papers.
Power control in CDMA systems, with simulation implementation covering multiple scenarios of power control mechanisms in CDMA technology
CDMA Power Control (MATLAB Model) - Fundamental Module for Wireless 3G Communication Systems