MATLAB Implementation of Orbital Mechanics
Basic orbital mechanics subroutines including: position/velocity and orbital elements conversion; Earth gravitational field coefficients; JPL high-precision ephemerides; RKF78 numerical integrator
Rescaled Range Method for Calculating Hurst Exponent
Implementation of Hurst exponent calculation using the rescaled range (R/S) method with modular subroutines for efficient computation and data analysis
Optimal Interpolation of Oceanographic Data
MATLAB implementation for optimal interpolation of oceanographic data, consisting of four modular subroutines with detailed algorithmic explanations
Image Segmentation Using Mean Shift Algorithm Implementation
Implementation of image segmentation based on the mean shift algorithm with three core files, including two subprograms with specific computational functions
Generation and Analysis of a Narrowband Random Process with Computational Methods
Implementation in MATLAB for generating a conditional narrowband random process, including subroutines to compute mean function, autocorrelation function, power spectrum, envelope, squared envelope, and phase characteristics with one-dimensional probability density visualization
MATLAB Implementation of ASM Algorithm
Complete MATLAB implementation of the ASM algorithm with detailed workflow and modular subroutines, including shape model construction and iterative fitting procedures.
MATLAB Implementation of Differential Encoding
A differential encoding subroutine that processes signals through difference encoding prior to modulation, featuring code implementation with logical XOR operations and state management.
MATLAB Programming Example of Sequential Quadratic Programming (SQP) Algorithm
MATLAB programming example for SQP algorithm, including a QP subroutine implementation with practical optimization techniques and parameter tuning guidance.
Mean Generating Function Time Series Prediction Algorithm Program
Time series prediction algorithm program based on mean generating function featuring: 1. predict_fun.m as the main program implementing core prediction logic 2. timeseries.m and seriesexpan.m as utility subroutines for data processing and series expansion operations
Comprehensive LTE Physical Layer Simulation
Complete LTE physical layer simulation with over 200 subroutines, implemented using MATLAB and C++ mixed programming approach for optimal performance