Three-Level SVPWM Simulation Model
A simulation model for three-level Space Vector Pulse Width Modulation (SVPWM) with code implementation details
Professional MATLAB source code with comprehensive documentation and examples
A simulation model for three-level Space Vector Pulse Width Modulation (SVPWM) with code implementation details
This project demonstrates channel coding simulation for cdma2000 using MATLAB's Simulink environment, specifically focusing on Turbo code components. The simulation model may require MATLAB 7.0 or higher for proper execution, featuring detailed imple
A Simulink-based MATLAB simulation implementing Bluetooth's frequency hopping selection algorithm, focusing on the 79-hop system in connection state with extensibility to 23-hop systems. The model demonstrates hop sequence generation using Bluetooth'
This simulation system models a two-stage three-phase photovoltaic grid-connected inverter, featuring front-stage Maximum Power Point Tracking (MPPT) and rear-stage inversion using Space Vector Pulse Width Modulation (SVPWM) control algorithms with i
A comprehensive MATLAB Simulink-based simulation study of practical wind turbines operating in islanded mode, including system modeling, performance evaluation, and optimization analysis.
Power electronics plays a crucial role in controlling grid-connected renewable energy sources. This paper presents a novel adaptive neuro-fuzzy control approach for renewable interfacing inverters, with the main objective of achieving smooth bidirect
This article explores Space Vector Pulse Width Modulation Direct Torque Control (SVPWM DTC) for induction motor drives, including implementation algorithms and MATLAB/Simulink coding approaches.
A hybrid temperature controller that utilizes PID control for small deviations and fuzzy logic control for large deviations, with switching mechanism for mode transition. This implementation provides valuable reference for control system design with
SIMULINK implementation of buck converter circuit using MATLAB version 6.5, featuring detailed modeling and simulation approaches
FM modulation implemented using Simulink with 13KHz carrier frequency and 3KHz frequency deviation. The modulated waveform is saved as a waveform file. FM demodulation employs dual-slope frequency discrimination sampling technique, with demodulated s
MATLAB simulation program implementing dual closed-loop PID control for a single inverted pendulum system, demonstrating effective stabilization performance with detailed code implementation analysis.
A BPSK modulation and demodulation module constructed with Simulink, featuring model-based design implementations for wireless communication systems.
This research implements RS convolutional codes over Gaussian channels, employing both soft and hard decision decoding methods for bit error rate simulation. The system architecture is constructed using Simulink blocks with MATLAB m-file integration
This fuzzy PID controller is implemented on the Simulink platform using MATLAB development, demonstrating typical characteristics of intelligent control systems with practical implementation examples.
Custom Simulink subsystem for serial-to-parallel and parallel-to-serial signal conversion with optimized implementation
Implementation of fuzzy logic controller with 2 input membership functions and 1 output membership function, 49 comprehensive fuzzy rules, and defuzzification using MOM (Mean of Maximum) algorithm to generate precise control output U. Includes three
This project demonstrates fuzzy PID control implementation in Simulink, containing three distinct models that share a universal fuzzy control module for consistent performance across different configurations.
This numerical analysis assignment with source code comprises two main sections: three experimental problems on ordinary differential equations (ODEs) and extended discussions covering higher-order ODE solutions and boundary value problems (BVP). All
Egyptian researcher Wael Korani's implementation of Particle Swarm Optimization (PSO) algorithm that interfaces with Simulink models to optimize PID controller parameters - shared for community use and development
A novel fuzzy control motor implementation featuring structural improvements and enhanced performance characteristics, with practical code implementation insights for engineering applications.