Solar Azimuth and Elevation Angle Calculator for Any Time and Geographic Coordinates
A computational program for calculating solar azimuth and elevation angles at any given time and latitude/longitude coordinates
Empirical Mode Decomposition
After applying Empirical Mode Decomposition, three-dimensional plots can be generated using instantaneous frequency, time, and amplitude as coordinates to visualize signal characteristics.
SAR Image Change Detection
SAR image change detection enables comparison of SAR images captured at different times from the same location, facilitating cluster analysis through pixel-wise differential processing and feature extraction algorithms.
Particle Filter Algorithm Comparison: Performance Analysis Across Different Proposal Distributions
Comparative study of particle filter algorithms, evaluating performance differences under various proposal distributions, including accuracy metrics and computational time requirements with code implementation insights
Depth-First Algorithm: Traversing Each Node in a Network
This implementation utilizes the depth-first algorithm to systematically traverse each node in a network, with capability to measure node traversal time for network analysis
MATLAB Code Implementation for Space-Time Adaptive Processing
Space-Time Adaptive Processing with Time-Range Dimension Moving Target Detection - Fundamental Program Implementation
TDOA Source Code Implementation
This repository contains a complete TDOA (Time Difference of Arrival) algorithm implementation with 7 source files, including core signal processing functions and localization algorithms that require detailed analysis to understand their specific purposes and functionality.
Improved Single-Image Based Criminisi Algorithm for Image Inpainting
An enhanced Criminisi method for image inpainting that processes single images with significantly reduced computational time while maintaining excellent restoration quality.
Solving the Lambert Problem
This function solves the Lambert orbital boundary value problem by determining the velocity vectors at two specified position vectors given the transfer time between them. The implementation handles both short-way and long-way trajectories with numerical iteration methods to compute orbital parameters, though the approach may produce high delta-v requirements.
Solar Azimuth Calculation Based on Longitude, Latitude, and Time
MATLAB source code for calculating solar azimuth angle using longitude, latitude, and time parameters, featuring comprehensive documentation with algorithm explanations and implementation details.