MATLAB Implementation for Nakagami Channel Modeling and Analysis

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Resource Overview

This master's thesis provides comprehensive MATLAB code for Nakagami channel simulation, featuring channel modeling, fading characteristics analysis, and performance evaluation algorithms suitable for wireless communication research.

Detailed Documentation

This master's thesis presents MATLAB-based implementations for Nakagami channel modeling and analysis. The codebase includes comprehensive simulations of Nakagami-m fading channels, featuring parameter configuration for different fading scenarios, probability density function (PDF) generation, and cumulative distribution function (CDF) calculations. Key implementations encompass Nakagami random variable generation using inverse transform methods, signal-to-noise ratio (SNR) analysis under various fading conditions, and bit error rate (BER) performance evaluation for different modulation schemes. The modular code structure allows researchers to easily modify fading parameters (m-factor), adjust Doppler spread effects, and integrate with existing communication system models for comprehensive wireless channel performance studies.

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