Power System Economic Dispatch Program
Power system economic dispatch application with practical programming implementations, ideal for beginners in power engineering
Explore MATLAB source code curated for "使用" with clean implementations, documentation, and examples.
Power system economic dispatch application with practical programming implementations, ideal for beginners in power engineering
Fully debugged and ready for immediate deployment with optimized code structure
MATLAB source code implementation for dynamic programming algorithms, featuring toolbox integration, ready-to-use compilation, and direct function calls
Featuring Kalman filter implementation capabilities, developed using MATLAB 7.0 programming environment. This implementation includes comprehensive state estimation algorithms and supports various filter configurations.
Implementation of an adaptive stochastic resonance algorithm with detailed explanations in code comments. Ready for direct deployment.
Implementation of Kalman Filter Algorithms through MATLAB Simulink for Dynamic System State Estimation
Complete MATLAB simulation module for Differential Pulse Code Modulation (DPCM) featuring signal sampling, quantization, prediction, encoding, and decoding processes. The implementation includes adaptive quantization algorithms and predictive coding techniques. Available for free download - personally developed with educational applications in mind.
Code implementation for the seminal paper "Design and Use of Steerable Filters" (PAMI 1991), featuring test images and executable demo scripts with comprehensive functionality
This repository contains the MATLAB implementation source code for the NSGA-II (Non-dominated Sorting Genetic Algorithm II) multi-objective optimization algorithm. After extensive effort in locating and verifying this implementation, I'm sharing it with the research community. The code includes proper genetic operator implementations, non-dominated sorting mechanisms, and crowding distance calculations. Please use this resource responsibly for your research and optimization projects. Your support through ratings and feedback is greatly appreciated, and I'll continue sharing improved algorithms and practical engineering applications.
Comprehensive code demonstration for implementing GUI slider controls, highly recommended for developers.