Professional MATLAB source code with comprehensive documentation and examples
This document explains the working mechanism of convolutional coding and decoding, accompanied by a Simulink simulation demonstrating convolutional encoding and Viterbi algorithm-based decoding. All encoding/decoding modules are implemented using cus
Simulink model for grid-connected doubly-fed induction wind turbines operating under random wind speed conditions, featuring variable wind speed simulation and dynamic performance analysis
Application Background: Implementation of Permanent Magnet Synchronous Motor (PMSM) using powerful simulation modeling capabilities through MATLAB/Simulink. The complete PMSM control system is divided into independent functional modules including PMS
Lightweight HVDC transmission system simulation model built using MATLAB/Simulink with implementation details of control algorithms and power electronics components
MATLAB-based PID program implementing optimized parameter adjustment using control algorithms
This fuzzy control implementation for a single inverted pendulum demonstrates strong systematic design, allowing modifications to incorporate other control algorithms through parameter tuning and rule base adjustments.
A MATLAB/Simulink simulation model featuring space vector control for reversible inverters, demonstrating PWM generation techniques, voltage vector synthesis, and bidirectional power flow control algorithms for educational reference.
A hexadecimal counter designed with Simulink for counting and displaying hexadecimal values, featuring configurable triggers and graphical block-based implementation.
Implementation of PID and DMC control simulations in MATLAB with practical code examples and algorithm explanations
Liu Jinkun's Robot Control System and MATLAB Simulation program provides practical implementations including sliding mode variable structure control, fuzzy logic control, backstepping control, and other advanced control algorithms with detailed code
Advanced PID Control and MATLAB Simulation: Implementation techniques for sophisticated PID algorithms and their simulation using MATLAB's Control System Toolbox
This major project for my Intelligent Control course required designing a compliant fuzzy controller, accompanied by complete MATLAB programs and simulation diagrams demonstrating system performance under various conditions.
A comprehensive Simulink-based WCDMA programming implementation with detailed algorithm explanations and system modeling approaches, developed through extensive research and technical exploration.
Simulink-based modeling and simulation of a three-phase induction motor, featuring dynamic analysis of torque-speed characteristics and control algorithm implementation
Comprehensive modeling and simulation of power electronics and motor control systems using MATLAB and Simulink, featuring various power electronic components and motor models including DC motors, induction motors, and synchronous motors with multiple
MATLAB/Simulink simulation of average current controlled Active Power Factor Correction (APFC) demonstrating good waveform performance with minor zero-crossing distortion requiring improvement through control parameter optimization or advanced contro
Applying Simulink for automotive powertrain performance simulation. Many engineering problems involve complex mathematical models, where the fundamental approach uses differential equations to describe specific processes. After correctly establishing
The MATLAB and Simulink lecture notes from Shanghai Jiao Tong University provide a solid foundation for beginners, featuring practical implementation examples and algorithm demonstrations that significantly ease the learning curve for Simulink newcom
Simulink wiring diagram for power system islanding detection based on the Slip-Mode Frequency Shift (SMS) method, implementing an active anti-islanding protection algorithm with frequency drift triggering mechanisms.
Simulation of SVPWM Control for Three-Level Three-Phase Bridge Inverter Using S-Functions - Implementation of Space Vector Pulse Width Modulation strategy with MATLAB S-function blocks for precise voltage and frequency regulation