Solar Azimuth and Elevation Angle Calculator for Any Time and Geographic Coordinates
A computational program for calculating solar azimuth and elevation angles at any given time and latitude/longitude coordinates
Explore MATLAB source code curated for "方位角" with clean implementations, documentation, and examples.
A computational program for calculating solar azimuth and elevation angles at any given time and latitude/longitude coordinates
The 2-D MUSIC algorithm is an extension of the 1-D MUSIC algorithm designed to estimate both azimuth and elevation angles of signal sources, utilizing eigenvalue decomposition and noise subspace analysis for enhanced spatial spectrum estimation.
MATLAB program implementing 2D MUSIC algorithm using 8-element uniform circular array with 3D visualization capabilities for azimuth and elevation angle estimation
Implementation of MUSIC algorithm for joint parameter estimation of signal frequency, azimuth, and elevation angles based on parallel uniform linear arrays, with focus on code implementation and spatial spectrum analysis
Implementation of EKF for initial alignment in strapdown inertial navigation systems? How to perform initial alignment under large azimuth misalignment angles using EKF-based algorithms
Implementation of joint azimuth and elevation angle estimation with uniform circular arrays employing MUSIC and MNM algorithms for signal processing applications
DOA estimation of signals using uniform circular arrays with azimuth and elevation angle estimation, visualized through 3D graphical representations. Includes implementation details for array signal processing algorithms and coordinate transformation methods.
Implementation of GEO (Geosynchronous Earth Orbit) and LEO (Low Earth Orbit) models with computational algorithms for azimuth, elevation angular velocities/accelerations, Doppler shifts, and other critical parameters.
Computing ground servo antenna turntable pitch and azimuth angles based on real-time GPS data from aircraft flight, with coordinate transformation and angular calculation implementation details.