Explore MATLAB source code curated for "认知无线电" with clean implementations, documentation, and examples.
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.
Small programs and tools related to spectrum sensing in cognitive radio systems, featuring code implementations and algorithm explanations to help developers better understand and apply cognitive radio technology.
A MATLAB-based simulation for throughput analysis and user comparison in cognitive radio environments, featuring executable code implementation.
Simulation program for cognitive radio cognitive engine utilizing genetic algorithm optimization with parameter tuning and performance evaluation capabilities
Simulation of the Energy Detection Method in Cognitive Radio with Source Code and Implementation Guide
MATLAB implementation for cognitive radio spectrum sensing using energy detection and cyclostationary detection algorithms. The cyclostationary detection process involves: first executing a.m to compute the cyclic frequency alpha value, then running zhouqi.m to validate the alpha value and perform signal detection using cyclostationary algorithms. For energy detection: execute nengliang.m to detect signals using energy-based methods. After detection, comprehensive performance analysis is conducted to evaluate detection accuracy and reliability.
MATLAB source code implementation for energy detection in cognitive radio systems, simulating detection probability under different signal-to-noise ratios with fixed false alarm probability
Non-cooperative energy detection for primary users in cognitive radio systems operating over Rayleigh fading channels
K-G Algorithm Implementation for Power Control Optimization in Cognitive Radio Non-Cooperative Game Scenarios
Implementation and Algorithm Analysis of Periodic Detection and Energy Detection Methods in Cognitive Radio Spectrum Sensing Technology