An Analysis System for Satellite Navigation Data Based on Distributed Framework

This paper proposes a distributed framework-based precision analysis system for spacecraft satellite navigation equipment, aiming to address the inefficiency and lack of flexibility in traditional methods. The system consists of three core components: a data cleaning and transformation program, a data analysis and evaluation program, and a visualization and display program, supporting automated processing and analysis of massive historical data. Through modular design and customizable features, the system can adapt to the precision analysis needs of different models of satellite navigation equipment, improving data processing efficiency and flexibility. Experimental results demonstrate that the system has significant advantages in the precision analysis of spacecraft satellite navigation equipment, providing reliable technical support for the performance evaluation of spacecraft navigation systems.