A Standard Software Fault Recording Method for Airborne Computers
Haoxin Cai, Liang Wang, Bo Yang, Le Wu · 2024
With the rapid development of aviation technology, the popularity of cloud native technologies such as containers and microservices has led to the continuous improvement of the summer clutter of airborne systems. In this context, there are higher requirements for measuring and recording system faults, and it is necessary to improve the efficiency of problem location and optimization. In this paper, a standard software fault recording method for airborne computer is proposed. Based on the idea of fault coding, fault list and sub-table, a unified fault recording format and a partitioned storage method are designed. It is easy to save, analyze and classify fault data. This method can improve the efficiency and accuracy of fault information analysis, and further improve the difficulty of fault location in airborne system software.