Explore MATLAB source code curated for "GPS定位" with clean implementations, documentation, and examples.
This MATLAB implementation performs GPS positioning for highly maneuverable vehicles, enabling real-time tracking with satellite count and ID display. The algorithm follows PDF documentation specifications and incorporates fuzzy satellite selection methods. The code calculates and displays GDOP values for different satellite selection approaches along with computation time metrics.
Implementing GPS positioning using MATLAB through pseudorange measurements, where different measurement approaches lead to distinct positioning methods. Under ideal error-free conditions, MATLAB can transform the positioning problem into a nonlinear equation system solution, typically solved using algorithms like least squares or Newton-Raphson methods.
GPS positioning program utilizing least squares method for coordinate calculation with satellite data processing
GPS positioning program source code with reference to the research paper "An Algebraic Solution of the GPS Equations", featuring algorithmic explanations and key function implementations.
GPS Satellite Positioning: Calculating User Position Using Pseudorange Measurements with Algorithm Implementation Details
Simulation Program for GPS Positioning Algorithm and Navigation Solution Principles
GPS Satellite Positioning: Computing Satellite Positions from Broadcast Ephemeris Data