Direct Method for Bispectrum Estimation
The direct method provides a straightforward approach to bispectrum estimation, making it particularly suitable for beginners due to its simple implementation and intuitive mathematical foundations
MATLAB Simulation of Classical Power Spectrum Estimation
MATLAB simulation of classical power spectrum estimation using the direct method (periodogram approach)
Higher-Order Spectra (Including Bispectrum) Analysis in MATLAB
MATLAB implementation of higher-order spectra analysis including bispectrum, featuring both direct and indirect methods for signal detection and time-delay estimation with enhanced algorithm descriptions.
MATLAB Program for Autocorrelation Function Estimation (Direct Method and FFT Method), Signal Frequency Estimation, and Power Spectrum Analysis
This MATLAB program implements comprehensive signal processing techniques including autocorrelation function estimation using both direct computation and FFT-based methods, signal frequency estimation through advanced algorithms (MUSIC, ROOTMUSIC, ESPRIT, and MVDR), and power spectrum estimation employing Levinson-Durbin recursion, Blackman-Tukey method, and periodogram approach. The implementation includes comparative simulation plots and detailed code explanations for algorithm verification and performance analysis.
MSK Modulation and Demodulation Program
Implements three distinct MSK modulation techniques: direct method, phase derivation method, and indirect method, accompanied by a straightforward MSK demodulation program with code structure explanations.
Higher-Order Spectrum (Bispectrum) Analysis: Direct and Indirect Methods in MATLAB
MATLAB implementation of bispectrum analysis using direct and indirect methods for time-difference estimation and signal processing applications, featuring algorithm comparisons and practical code demonstrations.
MATLAB Code Implementation of Direct Method for Data Analysis with Comparative Techniques
Implementation approaches including Direct Method, Indirect Method, Bartlett's Test, and Welch's Test for statistical analysis
Direct and Indirect Methods for Higher-Order Spectrum (Bispectrum) Analysis
Implementation approaches for higher-order spectrum (bispectrum) analysis using direct and indirect methods with MATLAB code considerations