Abstract

There is an urgent need to develop a real-time database (RTDB) to handle large amounts of real-time data, to realize process monitoring of vacuum cold-black environment simulation, cold-black environment data acquisition, fault processing, data storage, etc. This paper conducts real-time database design through network architecture, functional modules, communication interfaces, data management, and transaction scheduling. Simulation test and associated debugging test show that the real-time database can efficiently process large data volume, and the data interaction efficiency is greatly improved to meet the needs of space environment simulation equipment, laying a solid data foundation for subsequent applications.

Highlights

  • The space environment simulator is used for the thermal balance test and thermal vacuum test of a whole star or large sub-system, which simulates spacecraft test equipment for basic parameters of space such as vacuum, cold-black and solar radiation [1,2,3]

  • Based on the traditional relational database, real-time high data should be included in real-time database management, improve the response speed of the system in process monitoring and fault handling, and meet the requirements of realtime data timeliness [5]

  • To verify whether the environment simulator can meet the requirements in the actual operating environment, the real-time database (RTDB) is debugging tested with a Bath-Oil simulator (Typical vacuum cold black environment simulation equipment)

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Summary

Introduction

The space environment simulator is used for the thermal balance test and thermal vacuum test of a whole star or large sub-system, which simulates spacecraft test equipment for basic parameters of space such as vacuum, cold-black and solar radiation [1,2,3]. It needs to store and process large amounts of real-time data, including test process monitoring, data acquisition, troubleshooting, etc [4]. The real-time data storage requirements of the RTDB are designed for the space environment simulation equipment control system to meet the requirements of the control system for real-time data processing and concurrent transaction scheduling processing of large data volumes

Design of RTDB network
Design of RTDB module
Design of communication interface
Design of database data storage management
Design of transaction scheduling
Simulation test of RTDB
Associated debugging test of RTDB
DB update
Conclusion
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