Simple PID Control Implementation in MATLAB
A straightforward MATLAB PID control program with functional code implementation, particularly useful for beginners learning PID control system fundamentals
Trajectory Tracking - Vessel Path following Control
Trajectory Tracking for vessel path control, a classic underactuated control problem. Implements two distinct algorithms using MATLAB-Simulink, providing an intuitive and clear simulation environment complete with modeling and controller design.
Physics of Solar Panels and Solar Panel Simulation with MATLAB Simulink
This project involved studying the physics of solar panels and implementing a simulation using MATLAB Simulink. The maximum peak power tracking (MPPT) algorithm was developed to control the system's duty ratio, optimizing efficiency. The simulation a
MATLAB Code Implementation of PID Control with Single Neuron Adaptive Algorithm
MATLAB-based PID control program featuring single neuron adaptive PID control algorithm for intelligent system regulation
Reed-Solomon Encoding and Decoding in Simulink
Implementation of Reed-Solomon encoding and decoding in Simulink, analyzing bit error rate performance and plotting corresponding performance curves.
Expert PID Controller Implementation with Intelligent Knowledge-Based Design
This program implements expert PID control by leveraging comprehensive knowledge about controlled objects and control principles in an intelligent controller design approach. The implementation incorporates rule-based decision making and real-time pa
SIMULINK Simulation of Multivariable Single Neuron PID Control Implemented Using S-Functions
SIMULINK Simulation of Multivariable Single Neuron PID Control Implemented Using S-Functions with Code Implementation Details
S-Function Implementation of Eye Diagram Functionality for Communications
An S-function written in MATLAB (.m format) that implements eye diagram functionality for communication systems, providing equivalent capabilities to Simulink's built-in eye diagram block
Generating Dual-Channel Analog Voice Signals Using Simulink
Implementation of dual-channel analog voice signal generation in MATLAB Simulink, featuring PCM encoding, time-division multiplexing, and DPSK modulation for unidirectional transmission through a shared channel. Key modules include Simulink, Communic
WCDMA System Design and Simulation using Simulink in MATLAB Environment
Comprehensive WCDMA design and functional demonstration using Simulink within MATLAB environment, featuring essential implementations for third-generation mobile communication simulations including channel coding, modulation/demodulation schemes, mul
Fuzzy PID Control Implementation and Applications
Implementation approach for fuzzy PID controllers with parameter tuning methodology and practical applications
Simulink Simulation of Dual-Loop Rectifier Control
A Simulink simulation of a dual-loop rectifier control system featuring outer voltage loop and inner current loop design, demonstrating excellent performance with detailed implementation insights including control strategy parameterization and loop i
Direct Sequence Spread Spectrum Ultra-Wideband (DSSS-UWB) Simulink Simulation
An original Simulink simulation model for Direct Sequence Spread Spectrum Ultra-Wideband (DSSS-UWB) technology, implementing complete system components including signal generation, spreading modulation, channel modeling, and receiver processing algor
Three-Level SVPWM Vector Control Simulation Model
Three-Level SVPWM Vector Control Simulation Model employing Model Reference Adaptive System (MRAS) algorithm for sensorless vector control implementation
Simulink Simulation of Direct-Drive Wind Power Grid Integration Model
A functional Simulink simulation model for direct-drive wind power generation and grid integration, featuring complete implementation with customizable parameters and real-time performance analysis capabilities.
A Fuzzy Self-Tuning PID Controller
To address the difficulty in tuning parameters of traditional PID controllers, this approach combines fuzzy control with PID to construct a fuzzy self-tuning PID controller. The implementation involves real-time adjustment of PID parameters using fuz
Intermediate Frequency Furnace: Harmonic Analysis and Solutions
Investigating harmonic issues in intermediate frequency furnaces with code-based modeling approaches
Ziegler-Nichols (Z-N) Method for Traditional PID Controller Tuning
The traditional PID tuning method using Ziegler-Nichols (Z-N) approach helps quickly determine optimal parameters, featuring algorithm explanations and practical implementation insights for technical discussion.
Single Neuron PID Control Example
Example of Single Neuron PID Control for Servo Motor Speed Regulation
OFDM Pre-distortion Simulation Model Built with Simulink
An OFDM pre-distortion simulation model developed using Simulink for signal preprocessing to reduce transmission distortion