Direct Sequence Spread Spectrum System Interference Suppression Simulation Program
Simulation Program for Interference Suppression in Direct Sequence Spread Spectrum Systems
MATLAB Simulation Programs for Radar System Design
Simulation forms the foundation of successful modern radar system design, and no software excels better in this domain than MATLAB. This code repository provides essential MATLAB programs for radar system simulation, covering fundamental topics including: radar basics introduction, radar detection algorithms, waveform generation techniques, ambiguity function analysis, pulse compression implementation, surface and volume clutter modeling, moving target indication (MTI) and clutter suppression methods, phased array systems, target tracking algorithms, electronic countermeasures (ECM), radar cross section (RCS) calculations, high-resolution tactical synthetic aperture radar (SAR), and signal processing techniques. The package includes MATLAB files and practical simulation experience necessary for effective radar system design and analysis.
Griewank PSO Simulation Implementation
Griewank Particle Swarm Optimization Simulation Program with Code Implementation
Applications in Power Systems with MATLAB-based UPFC Simulation
Applications of MATLAB in power systems, featuring UPFC simulation programs for voltage and current control
MATLAB Implementation of RAKE Receiver with Simulation Code
MATLAB program for RAKE receiver implementation, featuring classic RAKE simulation with multipath diversity processing and finger assignment algorithms
ABO Simulation of Asynchronous Motors
An ABO simulation program for asynchronous motors that produces immediate executable results with excellent performance.
Photonic Crystal Fiber Cross-Section Light Intensity Distribution Simulation Program
This code implements a simulation program for light intensity distribution across photonic crystal fiber cross-sections, featuring optical modeling algorithms and user-friendly interface design - particularly valuable for researchers working with photonic crystals.
Small World Average Path Length Simulation
This MATLAB simulation program analyzes small-world network average path length and the degree-to-random network ratio variation, featuring implementation of graph theory algorithms and topological analysis for research purposes.
MATLAB Code Implementation for Limited Feedback Simulation
Simulation program for limited feedback scenarios, analyzing how system throughput varies with different numbers of feedback bits. The implementation allows systematic performance evaluation by modifying feedback bit parameters while maintaining realistic channel conditions.
Statistical Model Simulation of Clutter
Clutter statistical model simulation program featuring correlated Rayleigh distribution model, correlated log-normal model, correlated Weibull model, and correlated K-distribution model with comprehensive parameter configuration and visualization capabilities.