Power System Calculation Software
Power System Calculation Software for Load Flow Analysis, Optimal Power Flow, and Reactive Power Optimization
Strapdown Inertial Navigation System Initial Alignment using Kalman Filter
MATLAB implementation of Kalman filter for strapdown inertial navigation system initial alignment with comprehensive code structure and algorithm explanation
Inertial Navigation System State Estimation Using Kalman Filter Algorithm
Source code for estimating inertial navigation system states using Kalman filter algorithm - thank you for sharing with code implementation details
Comprehensive Spectrum Detection Algorithm: Implementation and Analysis
Complete MATLAB implementation of a full-featured spectrum detection algorithm with theoretical foundations, executable code, and experimental results. Includes signal preprocessing, frequency domain analysis, peak detection mechanisms, and parameter
MATLAB Code Implementation of Particle Filter
MATLAB-based particle filter program for maneuvering target tracking, specifically designed for nonlinear systems with comprehensive algorithmic implementation
Enhanced Program for Satellite Cycle Slip Detection and Repair Using Polynomial Fitting Method
This program implements polynomial fitting for satellite cycle slip detection and repair, providing an ideal starting point for GPS technology beginners with clear code structure and algorithm implementation examples.
The Classic Arnoldi Algorithm in Numerical Analysis
The classic Arnoldi algorithm in numerical analysis, used for solving large-scale matrix equations, with implementation insights
MATLAB-Based GPS Signal Generation and Acquisition Program
A MATLAB program for GPS signal generation and acquisition that simulates GPS signals and tests receiver performance through signal capture algorithms.
Solving Transportation Problem Using Optimization Algorithms
Solving transportation problems using optimization algorithms. 1. Compares different solution methods without using linprog, 2. Uses Northwest Corner Method to obtain initial basic feasible solution, applies Stepping-Stone Method to determine exiting
Interactive Multiple Model (IMM) Algorithm Implementation in MATLAB
MATLAB implementation of the Interactive Multiple Model algorithm featuring left-turn, right-turn, and constant-velocity motion models. Utilizes Kalman filtering for state prediction and estimation, with comprehensive error evaluation metrics and vis
MATLAB Implementation of Dijkstra's Algorithm with Code Explanation
An excellent Dijkstra's algorithm implementation in MATLAB. Highly recommended for download and learning!
Basic Inertial Navigation Simulation Program
Application Context: Inertial navigation uses inertial components (accelerometers) to measure the acceleration of a vehicle, then calculates velocity and position through integration and computation to achieve navigation and positioning. The componen
PCA Code for Principal Component Analysis with Implementation Guide
This Principal Component Analysis (PCA) code is designed for beginners learning face recognition, featuring comprehensive comments and step-by-step implementation details for dimensionality reduction and feature extraction.
1D Plasma FDTD - MATLAB Implementation
MATLAB source code for 1D Plasma Finite-Difference Time-Domain (FDTD) method, a crucial algorithm in computational electromagnetics with plasma modeling applications
Adaptive Filtering
Adaptive filtering techniques for speech signal processing with implementation insights
Principles of Classical One-Dimensional Kalman Filtering
A comprehensive demonstration program illustrating classical one-dimensional Kalman filtering principles, designed for easy understanding and implementation!
Strapdown Inertial Navigation System Transfer Alignment
MATLAB program implementation for strapdown inertial navigation system transfer alignment with accuracy assessment methodology, featuring algorithm analysis and key function descriptions
Adaptive Threshold Algorithm for Foreground-Background Separation
Adaptive threshold algorithm effectively separates foreground from background including handling non-uniform illumination conditions.
Fine Alignment of Strapdown Inertial Navigation System Using Classical Control Theory
This is a SIMULINK-based analytical program I developed implementing fine alignment for strapdown inertial navigation systems through classical control theory methodologies.
Design of the Simplest Kalman Filter
Implementation of the simplest Kalman filter design, ready-to-use with directly executable MATLAB code including performance visualization graphs.