MATLAB Simulation of Soft Frequency Reuse with Power Allocation Analysis

In this MATLAB simulation report on soft frequency reuse, we provide a detailed examination of our research methodology and findings. The study begins with an introduction to fundamental concepts and applications of soft frequency reuse in wireless communication systems. We then elaborate on the MATLAB simulation framework implementation, including key functions for modeling cellular networks and frequency allocation algorithms. The simulation model construction incorporates sector partitioning, frequency band assignment, and power control mechanisms through custom MATLAB scripts. Subsequently, we present comprehensive analysis and discussion of simulation results, focusing on critical performance metrics such as power distribution patterns, signal-to-interference-plus-noise ratio (SINR), and bit error rate (BER). The implemented code includes visualization scripts for comparing these parameters across different network configurations. We further conduct comparative simulations under various scenarios to investigate the adaptability of soft frequency reuse in diverse network environments, utilizing scenario-specific parameter tuning in our MATLAB code. Finally, we summarize the research outcomes with emphasis on the practical implications of our power allocation findings, and outline potential directions for future work including algorithm optimization challenges and extended simulation capabilities. The simulation code incorporates modular design principles, allowing for easy adaptation to study additional interference management techniques.