Full-Order Observer Design Using Simulink Implementation
Full-order observer design using Simulink implementation, which can be extended to derive reduced-order observers through appropriate state-space transformations and matrix manipulations.
Professional MATLAB source code with comprehensive documentation and examples
Full-order observer design using Simulink implementation, which can be extended to derive reduced-order observers through appropriate state-space transformations and matrix manipulations.
Implementing neural network control for a first-order inverted pendulum system with MATLAB Simulink simulation, demonstrating detailed application of neural network control strategies including algorithm implementation and model configuration.
Multi-Machine Power System Simulation and Power Flow Calculation using MATLAB/Simulink - Implementation approaches for modeling electrical networks and solving load flow equations
Speed control simulation of permanent magnet synchronous motor based on Direct Torque Control in Simulink, utilizing custom-built modules with S-functions to accelerate simulation performance. The implementation includes algorithm optimization and cu
Simulation of Farrow filters for fractional delay adjustment, implementing 4th-order, 8th-order, and 16th-order filter configurations. The M-file contains coefficient generation functions while the MDL file demonstrates post-filtering deviation estim
Implementation of a simulation experiment in MATLAB's Simulink environment for generating PWM waveforms from three-phase sine waves, including signal generation, modulation techniques, and parameter analysis.
A comprehensive Simulink simulation model for GPS L1 band, featuring C/A code generation, carrier modulation, noise integration, and successful operational capability.
MATLAB-based PID parameter optimization implemented with fminsearch simplex algorithm for enhanced control system performance
Simulink simulation program for DC motor dual closed-loop control system with parameter tuning and performance analysis
This MATLAB Simulink model demonstrates synchronous control of two motors, designed with scalability to accommodate multiple motor synchronization. The implementation utilizes master-slave control architecture with PID regulators, originally develope
MATLAB fuzzy control system implementation for inverted pendulum stabilization, including practical code examples and control algorithm explanations
(1) Design a specific code division pilot-assisted channel estimation method for DS-CDMA systems. Implement both Equal Gain Combining (EGC) and Maximum Ratio Combining (MRC) techniques at the receiver. Perform Simulink simulations to measure BPSK bit
This project implements DS-CDMA system simulation in three-path Rayleigh fading channel environment. Key components include: (1) Code-division pilot-assisted channel estimation with equal-gain combining and maximal ratio combining receivers, measurin
MATLAB Simulink-based fuzzy PID control implementation demonstrating fuzzy logic integration for enhanced control system performance
Adaptive fuzzy PID control program requiring FIS file import for configuration and operation
6. In a three-tap Rayleigh channel environment for OFDM systems: (1) Design a specific pilot-assisted channel estimation method, implement simulation using Simulink, and measure bit error rate performance with BPSK modulation. Plot the relationship c
Static Var Compensator (SVC) MATLAB Simulink Model for Power System Simulation and Analysis
Implementation of fuzzy logic tuned PID control algorithms for precise DC motor regulation, with code structure and parameter adjustment methodology.
Learn about Simulink no-load control in wind power generation systems, with practical implementations covering control algorithms and system modeling approaches.
PID-controlled DC motor source code developed in Simulink, ready to run immediately. This implementation demonstrates practical PID controller design with motor control applications.