Explore MATLAB source code curated for "DOA估计" with clean implementations, documentation, and examples.
Comprehensive pattern synthesis for uniform linear arrays and half-wavelength dipoles combined with DOA estimation using MUSIC algorithm, featuring detailed implementation guidelines and code-related explanations
The Delay-and-Sum method in DOA estimation, a classic traditional technique widely used in various fields and essential for academic theses and research papers.
Simulation of broadband source direction of arrival (DOA) estimation employing forward-backward smoothing techniques and minimum redundancy linear array configurations
This program implements a spatial smoothing algorithm for Direction of Arrival (DOA) estimation on circular arrays, providing accurate estimation of signal arrival angles and directions through advanced signal processing techniques.
2D MUSIC algorithm implementation for DOA estimation with code examples, essential for academic paper writing and signal processing applications
MUSIC algorithm implementation for Direction of Arrival (DOA) estimation with clear and straightforward code structure, designed to help beginners deepen their understanding of the MUSIC algorithm's principles and implementation.
2D direction finding is an essential technique in DOA estimation; this MATLAB-based simulation program calculates the angle of arrival (AOA) through array signal processing implementations.
MUSIC algorithm implementation for Direction of Arrival (DOA) estimation using a linear array configuration with 3 signal sources and 8 receiving elements, featuring comprehensive code-level implementation details
Implementing DOA estimation with the MUSIC method, commonly applied in array signal processing with algorithm insights and code-level considerations
Polarization array signal processing for direction of arrival (DOA) and polarization parameter estimation, applicable to arbitrary array geometries using the five invariances between 6D electromagnetic wave vectors.