Explore MATLAB source code curated for "仿真分析" with clean implementations, documentation, and examples.
This code conducts comprehensive research and simulation analysis on the rolling elements of deep groove ball bearings, utilizing data sourced from Case Western Reserve University. The implementation includes numerical modeling of contact mechanics and dynamic behavior analysis.
This program models the automotive ABS system based on its working principles, enabling simulation analysis of the anti-lock braking system to support related research. The implementation includes parameter configuration for vehicle dynamics, friction modeling algorithms, and real-time data monitoring capabilities.
Research and Simulation Analysis of Space Vector Control for Three-Phase Voltage Source PWM Rectifier with Algorithm Implementation Details
A comprehensive MATLAB Simulink-based simulation study of practical wind turbines operating in islanded mode, including system modeling, performance evaluation, and optimization analysis.
Implementation of relay processing matrix design in two-way relay scenarios, with performance analysis demonstrating that DPC-ZF and DPC-MMSE algorithms outperform conventional AF and ZF algorithms through MATLAB simulations.
We simulate a target moving horizontally with initial position (-2000 meters, 500 meters) at a velocity of 10 meters/second. The simulation employs a tracking filter analyzed through Monte Carlo method with 100 simulation runs, using a scanning period of seconds and a range of meters. The implementation involves target motion modeling, tracking filter algorithms, and performance evaluation through repeated random sampling.
UAV MATLAB SIMULINK Simulation Analysis and Design with Implementation Approaches and System Modeling
Comprehensive simulation analysis of BOC modulation, a key signal modulation method in satellite navigation systems, including performance evaluation and implementation approaches
A MATLAB implementation of artificial immune algorithm for simulation analysis of various engineering technical methods, featuring optimization capabilities through immune system principles simulation.
This paper presents a comprehensive study on the modeling and simulation analysis of return-to-zero (duty cycle adjustable) differential phase modulation signals in optical communication systems, including implementation approaches and signal processing techniques.