Main Program for Stochastic Power Flow Calculation Using Semi-Invariant Method
Main Program for Stochastic Power Flow Calculation Using Semi-Invariant Method - Verified and Compatible with Matpower
Itti's Classical Visual Saliency Model
MATLAB implementation of Itti's classical visual saliency model - ready-to-run code with complete validation available for download.
MATLAB Implementation of the Savings Algorithm for Mileage Optimization
A self-developed MATLAB program implementing the savings algorithm for vehicle routing optimization, validated through practical case studies with confirmed feasibility and robustness.
Validating Long-Range Correlations and Multifractal Properties in Nonlinear Time Series
The MFDFA method is employed to validate long-range correlations and multifractal characteristics in nonlinear time series, with implementation involving fluctuation function analysis and scaling exponent calculations.
Forward-Backward Sweep Algorithm for Power Flow Calculation in Distribution Networks
Validated implementation of forward-backward sweep algorithm for distribution network power flow calculation with accurate results, including voltage, current, and power loss computations.
Generation of Preferred Pair m-Sequences Using the Decimation Method
Generation of preferred pair m-sequences using the decimation method, production of corresponding Gold sequences, computation of autocorrelation and cross-correlation functions for Gold codes, and verification of Gold code quantities
MATLAB Data Reading: Verified Code Implementation
Validated MATLAB data reading code with implementation details
Three-Level Inverter Based on SVPWM
A verified and practical MATLAB simulation model for three-level inverter using Space Vector PWM (SVPWM) technique, featuring comprehensive implementation with sector identification, voltage vector calculation, and switching sequence generation.
HE-AAC Decoding Algorithm Implementation
MATLAB implementation of the HE-AAC decoding algorithm with comprehensive test files for validation and performance verification
Simplest LSB Algorithm for Digital Watermarking: Implementation with MATLAB
This is the most basic LSB (Least Significant Bit) algorithm for digital watermarking, featuring complete embedding and extraction functions with verified correct operation. Tested execution environment: MATLAB 6.5. The implementation demonstrates fundamental watermark hiding techniques using bit-level manipulation in grayscale images.