Satellite Orbital Maneuver Simulation
Satellite orbital maneuver simulation program featuring orbital maneuver simulations, initial orbit calculations, and conversions between Keplerian parameters and PV values with implementation insights.
Explore MATLAB source code curated for "卫星" with clean implementations, documentation, and examples.
Satellite orbital maneuver simulation program featuring orbital maneuver simulations, initial orbit calculations, and conversions between Keplerian parameters and PV values with implementation insights.
Chebyshev polynomial approximation of satellite precise ephemerides for orbital position and velocity determination, with implementation details and algorithm descriptions.
Computation of satellite subsatellite point trajectories using multiple coordinate system transformations
This resource provides a parallel acquisition simulation for three GPS satellites, offering insights into GPS signal processing algorithms and their implementation through code-based approaches.
Essential for GPS positioning accuracy, this MATLAB-based program calculates satellite orbital coordinates through real-time monitoring and orbital position updates, incorporating algorithms for coordinate transformation and ephemeris data processing.
Ground Mobile Satellite Channel Simulation Program with Rain Attenuation, Shadowing, and Multipath Effects
This function describes the mathematical model of the Apollo satellite and can be directly applied for numerical solutions of ordinary differential equations. The implementation includes key differential equations governing orbital mechanics, with parameters for gravitational effects and satellite dynamics.
Computation of satellite velocity and position in Earth-Centered Earth-Fixed (ECEF) coordinates using 15 ephemeris parameters, including 6 Keplerian orbital elements and 9 perturbation parameters
Deriving satellite orbital parameters from position and velocity vectors
Calculation and Analysis of Satellite Geometric Dilution of Precision (GDOP) for GNSS Performance Evaluation