MUSIC Algorithm MATLAB Implementation
Matrix Eigen-Space Decomposition Based Method for Signal Processing
Root-MUSIC Algorithm MATLAB Implementation
While traditional MUSIC algorithm provides super-resolution capability, it fails in modern pulse radar systems where additive noise often exhibits colored noise characteristics. This article presents an enhanced approach - the Root-MUSIC algorithm, which replaces spectral search in conventional MUSIC with polynomial root-finding techniques. The implementation includes MATLAB code demonstrating signal covariance matrix estimation, eigenvalue decomposition, and polynomial coefficient extraction for improved direction-of-arrival estimation.
Performance Analysis of Several MUSIC Algorithms
Array Signal Processing, Performance Analysis of Multiple MUSIC Algorithms, Root Mean Square Error (RMSE), Signal-to-Noise Ratio (SNR)
MUSIC Algorithm
Classical Algorithm for Array Signal Processing with Implementation Details
DOA Estimation Using the Classic MUSIC Algorithm
DOA Estimation Implementation with Classic MUSIC Algorithm
MATLAB Implementation of MUSIC Algorithm
1. MATLAB Program for MUSIC Algorithm with Code Implementation Details
Non-Circular Signal MUSIC Algorithm for DOA Estimation
Implementation of Direction of Arrival Estimation Using MUSIC Algorithm with Non-Circular Signals
DOA Estimation Using MUSIC Algorithm
Direction of Arrival Estimation with MUSIC Algorithm Implementation
MATLAB Implementation of MUSIC Algorithm for DOA Estimation
Simulation and Implementation of Direction of Arrival Measurement Using MUSIC Algorithm
Fourth-Order Cumulant Based MUSIC Algorithm for Direction of Arrival Estimation
Implementation of MUSIC Algorithm Using Fourth-Order Cumulants for Enhanced DOA Estimation with Code-Oriented Explanations