Permanent Magnet Synchronous Motor
Building Motor Simulation Models Using Simulink
Implementation of SVPWM Modulation Using Simulink
Simulink-based implementation of Space Vector PWM (SVPWM) modulation with comprehensive designs for three-phase and single-phase phase-locked loops (PLL), maintaining essential modules including PI controllers for system stability and performance optimization.
BER Calculation under Limited Feedback Conditions
BER calculation under limited feedback conditions implemented via Simulink with channel modeling and performance analysis
Active Power Filter Based on Instantaneous Reactive Power Theory
An active power filter implementation built in MATLAB Simulink using instantaneous reactive power theory for harmonic mitigation and reactive power compensation
Simulation Models for Full-Wave and Half-Wave Rectification
A comprehensive SIMULINK-based simulation model demonstrating full-wave and half-wave rectifier circuits
Inverted Pendulum Simulink Simulation Source Code and Research Paper
Simulink simulation source code and research paper for inverted pendulum system, including comprehensive documentation with performance result screenshots, algorithm implementation details, and control method analysis
DPSK Communication System Simulation Using Simulink
DPSK Communication System Simulation Based on Simulink. Simulink is a MATLAB package for dynamic system modeling and simulation that shifts user focus from programming to model construction, eliminating repetitive coding tasks. Each Simulink block operates transparently - users only need to understand inputs, outputs, and functionality without worrying about internal implementation. Users can concentrate on assembling blocks to build models for simulation tasks. Details like block execution, time sampling, and event-driven mechanisms are handled automatically. These features make Simulink ideal for communication system simulations, including DPCM digital telephone systems where it enables model construction, system design, simulation demonstration, result display, and comprehensive performance analysis. This methodology can be extended to various communication systems.
Simulink Simulation of a Custom SPWM Inverter Implementation
Custom-developed SPWM inverter simulation using Simulink with detailed modeling of control algorithms and power electronics components
Digital Modulation and Demodulation Simulation using Simulink
Simulation of 2ASK, 2FSK, and 2PSK signals using Simulink as the foundational platform, with implementation details covering signal generation, modulation schemes, and demodulation techniques through built-in communication blocks.
Design and Simulation of OFDM Communication System in Simulink
Implementation of an OFDM communication system featuring signal source generation, Reed-Solomon (RS) encoding, signal modulation, OFDM modulation system with cyclic prefix insertion, serial-to-parallel conversion, cyclic prefix removal, OFDM demodulation system, channel estimation techniques, signal demodulation, and convolutional decoding. Comprehensive simulation and validation of individual subsystem modules followed by integrated system testing to ensure proper functionality.