Professional MATLAB source code with comprehensive documentation and examples
Orthogonal Frequency Division Multiplexing (OFDM) is a multi-carrier broadband digital modulation technique. Compared with conventional digital communication systems, it offers advantages such as high spectral efficiency and strong resistance to mult
MATLAB implementation of encryption and decryption algorithm utilizing Lorentz chaotic system with enhanced security features
1. Generate equiprobable independent binary sequences and plot their waveforms; 2. Generate additive Gaussian random noise with zero mean and unit variance; 3. Perform 8PSK modulation and plot the modulated waveforms; 4. Conduct Monte Carlo analysis;
MATLAB code for microphone array speech enhancement combining beamforming and Wiener filtering techniques with detailed algorithm explanations
Research on RFID-based indoor positioning systems including error distribution simulation studies and generation of distribution plots for system optimization.
RAKE receiver implementation using MATLAB code. The implementation has been validated through comprehensive testing.
MATLAB-based simulation of fiber cross-phase modulation in optical communication systems, demonstrating numerical implementation of nonlinear optical effects through coupled nonlinear Schrödinger equations and split-step Fourier method algorithms.
Generation and spectral analysis of 4-FSK signals for fundamental digital communication principles, featuring random signal generation techniques and frequency domain characterization through mathematical modeling and simulation code implementation.
MATLAB source code implementation for simulating FM signal modulation and demodulation algorithms, including modulation principles, demodulation processes, and complete simulation code with technical explanations.
MATLAB-based MIMO-OFDM Simulation Code with Comprehensive System Modeling - No Extraction Password Required
MATLAB-based simulation demonstrating the implementation of Space-Time Block Codes (STBC) in Orthogonal Frequency Division Multiplexing (OFDM) wireless communication systems with detailed code structure and algorithm analysis
ITU's MIMO wireless channel model, a geometry-based approach for modeling wireless channels across different scenarios, with implementation considerations for spatial correlation and propagation characteristics.
This program visualizes consecutive OFDM subcarriers in the time domain and analyzes their sensitivity to Carrier Frequency Offset (CFO). The implementation includes phase adjustment capabilities for studying system performance impacts through varyin
MATLAB-based implementation of a time-domain transversal equalizer design, featuring signal processing algorithms and practical code examples for educational purposes.
MATLAB-based simulation of Pulse Code Modulation (PCM) and A-law/μ-law PCM audio compression codec processes. PCM (Pulse Code Modulation) is an encoding technique that converts analog voice signals into digital signals. The waveform encoder performs
Implementation of Frequency Hopping Communication Simulation in MATLAB with Pattern Generation and Data Transmission Analysis
Implementation of 2ASK modulation simulation using MATLAB m-files with time-domain waveform visualization and code analysis
MATLAB/Simulink implementation of selective harmonic elimination pulse width modulation for PWM inverters with harmonic analysis algorithms
Application Background: Power control modeling in Wireless Sensor Networks (WSN) using game theory principles. WSN routing technology leverages node collaboration for data transmission, ensuring network reliability while minimizing individual node en
Comprehensive UWB simulation code covering signal processing, distance measurement, and localization algorithms with detailed implementation insights