Circle Detection Program Using Hough Transform
MATLAB-based Hough transform program for circle detection with robust performance and extensible architecture
Transmission Matrix Method for Calculating Transmittance in Photonic Crystals
MATLAB program implementing transmission matrix method to compute photonic crystal transmittance versus incident light angle, featuring comprehensive documentation with code examples and illustrative graphs
Common Methods for Generating Pseudo-Random Numbers
Implementation programs for several common pseudo-random number generation methods. The uploaded programs were downloaded from external sources and are considered practically useful for computational applications.
ISAR Motion Compensation Program Using Kylsdone Method
An ISAR motion compensation program that implements the Kylsdone method to eliminate range cell migration, featuring comprehensive code annotations and detailed algorithmic implementation.
Digital Phase-Locked Loop (DPLL) Implementation Example with Code Analysis
A comprehensive DPLL example program demonstrating phase-locked loop architecture and operational principles, featuring practical code implementation details for digital circuit integration
OFDM Symbol Synchronization Implementation
My original OFDM symbol synchronization program with valuable reference capabilities, featuring robust signal processing algorithms.
Computational Algorithm for Box-Counting Dimension of 1D Time Series
A MATLAB implementation for calculating the box-counting dimension of one-dimensional time series, featuring efficient algorithm design and practical applications for complexity analysis.
A Program to Compute 14 Haralick Features from Gray-Level Co-occurrence Matrix
This program calculates 14 Haralick texture features from gray-level co-occurrence matrices (GLCM) for image analysis applications, with implementation using OpenCV and NumPy libraries.
MATLAB Implementation of Affine Transformation with Code Examples
Complete and verified affine transformation program, thoroughly tested for accuracy with detailed code implementation descriptions
Classic Time Series Analysis Methods with Implementation Examples
This article introduces fundamental time series methodologies including Autoregressive (AR), Autoregressive Moving Average (ARMA), and Autoregressive Integrated Moving Average (ARIMA) models for stationary forecasting problems, accompanied by practical code implementations for immediate application.