Beamforming Algorithm for Isotropic Linear Arrays
Beamforming algorithm for isotropic linear arrays, which calculates beam patterns based on given element spacing, number of array elements, wavelength, and beam steering angle
Explore MATLAB source code curated for "阵元间距" with clean implementations, documentation, and examples.
Beamforming algorithm for isotropic linear arrays, which calculates beam patterns based on given element spacing, number of array elements, wavelength, and beam steering angle
Implementation of MUSIC algorithm for uniform circular arrays in noise-free scenarios, featuring sensor spacing equal to the wavelength for optimal signal processing accuracy
Plot beam patterns using Chebyshev weight vectors and array element spacing: calculate directional values for specific input x or compute values across all directions, then visualize the radiation pattern
Analysis of MUSIC algorithm implementation using uniform circular array geometry under ideal noise-free conditions, including code-related considerations for DOA estimation