3D FDTD Implementation with UPML Absorbing Boundary Conditions
Learn how to implement 3D FDTD programs with UPML absorbing boundaries - essential knowledge for beginners in computational electromagnetics with practical code implementation guidance.
MATLAB Implementation of GPS+INS Integrated Navigation System with Algorithm Details
A comprehensive MATLAB program for GPS+INS integrated navigation, featuring sensor fusion algorithms, Kalman filtering implementation, and real-time navigation solutions
Euler Angle to Quaternion Conversion with MATLAB Implementation
MATLAB program for converting Euler angles to quaternions using the 312 rotation sequence, featuring matrix transformations and quaternion element calculations
Smoothed Pseudo Wigner-Ville Distribution
Implementation of Smoothed Pseudo Wigner-Ville Distribution Algorithm
Power Flow Calculation Based on P-Q Decomposition Method
P-Q decomposition based power flow calculation is beginner-friendly with clear program structure and easy-to-understand implementation logic, making it ideal for learning fundamental power system analysis techniques.
Date Query Program
A useful date checking program with comprehensive calendar management features
Gaussian Curve Fitting: Algorithm Implementation and Applications
Comprehensive Gaussian curve fitting program implementation with electromagnetic wave applications, suitable for researchers and learners in wave-related fields to study reference algorithms and code structure.
Speaker Recognition System
This MATLAB-based speaker recognition program implements voice processing and machine learning algorithms for identifying individual speakers.
MATLAB-Implemented Zernike Polynomial Programs
This resource includes two MATLAB programs for Zernike polynomial calculations with implementation details for optical parameter computation.
Limited Availability of Sliding Mode Control Programs
There are relatively few programs available for sliding mode control; these are typical examples with significant reference value for researchers working on sliding mode control. Program 3-1: Discrete Sliding Mode Control Based on Reaching Law (for Second-Order Systems)