Explore MATLAB source code curated for "均匀圆阵" with clean implementations, documentation, and examples.
MATLAB implementation for analyzing radiation patterns of uniform linear arrays and 2D radiation patterns of uniform circular arrays with comprehensive code descriptions
Custom implementations for visualizing radiation patterns of uniform circular arrays and rectangular arrays, featuring code-based approaches for accurate geometric configuration and pattern calculation.
Implementation of Direction of Arrival (DOA) Estimation using MUSIC Algorithm with Uniform Circular Array
Two-dimensional joint MUSIC estimation for elevation and azimuth angles implemented with classical uniform circular arrays, featuring algorithm implementation details and signal processing techniques.
Implementing radiation pattern visualization for uniform linear arrays and uniform circular arrays through MATLAB programming with parameter configuration and pattern calculation methodologies
Comparative analysis of DOA estimation with uniform linear arrays (ULA) and uniform circular arrays (UCA), highlighting UCA's uniform 360-degree azimuth resolution. Features detailed code annotations for algorithm implementation, including key functions for signal processing and direction finding.
Array signal processing MATLAB code featuring MUSIC algorithm implementations for uniform circular arrays, uniform linear arrays, and uniform planar arrays. Includes comprehensive Direction of Arrival (DOA) estimation code for predicting signal arrival directions and analyzing signal parameters with detailed matrix operations and covariance computations.
Estimating direction of arrival for broadband signal sources using uniform circular array mode space, with implementation considerations for wide frequency range signals
Implementation and analysis of far-field 2D signal decorrelation using MUSIC algorithm with uniform circular array configuration for enhanced signal processing
Implementation of MUSIC algorithm for uniform circular arrays in noise-free scenarios, featuring sensor spacing equal to the wavelength for optimal signal processing accuracy