Model-Based Simulated Work-Case Generation and Management Platform for Spacecraft Control

The construction of simulation cases and the management of batch cases are the key aspects to ensure the coverage of spacecraft control system simulation verification. To address the problems of low efficiency, poor reusability, and lack of effective management of cases, which are difficult to adapt to the needs of complex functional tests, a model-based simulation case generation and management platform for spacecraft control is proposed. The architecture of the model-based simulation case generation and management platform is given in the paper, and four key links are described in detail: the itemized input, the standardized interface, the normalization of test cases, and the automatically generated configuration, etc. The specific implementation and model application of the software is also given. The method studied in this paper achieves model-based simulation case management and normalization, which is highly versatile and visualized, improves the efficiency of control system testing quality, reduces the dependence on designers, and can be extended to other industrial control systems.