MATLAB Simulation of Sea Clutter
MATLAB simulation of sea clutter with practical applications for researchers and engineers
Calculation of First and Second Order Ocean Wave Scattering Coefficients
This program computes first and second order ocean wave scattering coefficients using wave physics algorithms with implementation in numerical computing environments
MATLAB Code Implementation for Weibull-Distributed Sea Clutter Simulation
Function: This program simulates Weibull-distributed sea clutter for Chapter 4 of a research paper. Reference: Luo Junhui. "Application of MATLAB 7.0 in Digital Signal Processing". Electronic Industry Press, p174-176. Input parameters: Signal-to-Interference-plus-Noise Ratio (SINR), sampling frequency, scale parameter, and shape parameter. Output: Time-domain waveform and probability density plots of sea clutter. The implementation utilizes MATLAB's statistical functions for Weibull distribution generation and includes custom visualization code for analytical results.
Moving Target Detection in Sea Clutter Background for Shipborne Radar
This implementation of moving target detection in sea clutter environment is outstanding, self-developed and highly practical, featuring advanced signal processing algorithms for maritime target recognition.
Time-Frequency Analysis of IPIX Radar Sea Clutter
IPIX radar sea clutter time-frequency analysis program capable of distinguishing sea surface targets from sea clutter with enhanced signal processing algorithms
SVD-Based Sea Clutter Suppression Algorithm
SVD-Based Sea Clutter Suppression Algorithm - Includes source code implementation with signal processing functions and decomposition methods
Sea Clutter Analysis and Weibull Distribution Modeling
Sea clutter analysis; Weibull distribution modeling; coherent wave processing; correlated Gaussian random sequences; zero-memory nonlinear transformation; MATLAB implementation with statistical modeling and signal processing techniques