Simulink Implementation of Costas Loop
Implementation of Costas Loop using MATLAB Simulink through .mhl file
Professional MATLAB source code with comprehensive documentation and examples
Implementation of Costas Loop using MATLAB Simulink through .mhl file
A MATLAB-based program for analyzing fixed-base robot dynamics, designed to operate within the Simulink environment. The implementation utilizes MATLAB's robotic system toolbox functions for dynamic modeling and simulation.
A fuzzy logic controller designed for vehicle longitudinal control, implemented in a generic format that can be customized according to specific requirements with modifiable membership functions and rule bases.
802.11b Physical Layer Simulink Simulation with MATLAB for Testing Key WiFi Performance Metrics
Advanced vehicle dynamics modeling code featuring Simulink interface integration, implementing comprehensive multi-body dynamics algorithms with real-time simulation capabilities
Implementation of PSO-optimized PID controller design using Simulink environment, where PID_Model represents the control system model, PSO module handles particle swarm optimization algorithms, and PSO_PID implements the parameter optimization proces
Direct Torque Motor Control simulation program utilizing SIMULINK m-code for comprehensive motor modeling and control algorithm analysis
While Simulink provides built-in modules for sawtooth and triangle waves, an isosceles triangle wave generator isn't available by default. This implementation offers a specialized isosceles triangle wave generation module for Simulink users.
Practical examples of S-function design in Simulink, providing comprehensive learning materials for implementing custom algorithms and system behaviors through code-based approaches.
MATLAB Simulink simulation block diagram for OFDM systems with configurable parameters supporting various simulation scenarios.
Decomposing the flight simulation system into independent subsystems—including the aircraft dynamics model and flight control system, instrumentation display and control console, and visual simulation—then designing and implementing a distributed fli
Simulation of the classic inverted pendulum problem using PID control methodology, providing valuable insights into both PID controller implementation and Simulink simulation techniques.
Vector control model for permanent magnet synchronous motors utilizing Space Vector Pulse Width Modulation (SVPWM), implementing constant torque below 2000 RPM and constant power between 2000-4000 RPM
MATLAB Simulink simulation of wind power maximum power point tracking (MPPT) control comparing traditional control methods with signal search algorithms using optimization techniques and PID controller implementations.
1. Principles and basic methods of digital signal modulation and demodulation 2. Simulink-based simulation of digital signal modulation and demodulation 3. GUI interface design and M-file programming in MATLAB 4. Development of a digital modulation a
Simulation of helicopter experiments using PID and LQR control algorithms, suitable for learning exercises with code implementation examples and algorithm comparisons
Design and implementation of Extended State Observer (ESO) component within a Simulink-based Active Disturbance Rejection Control (ADRC) system, including key modeling approaches and parameter configuration methods
ANFIS-based fuzzy control implementation for power systems incorporating Static Var Compensator (SVC) - enhancing stability and performance through adaptive neuro-fuzzy inference algorithms
Implementation and Simulation of WCDMA Wireless Communication System Using MathWorks Simulink
MATLAB Simulink block for noise adaptive cancellation implementing standard NLMS algorithm for noise cancellation, AEC (audio echo cancellation), and ANC (audio noise cancellation) applications