Multi-tool collaborative analysis technology for static testing

In order to standardize usage of static test tools， combining the automation with platform-based characteristics of tools， a static testing multi-tool collaborative analysis framework supporting distributed deployment and parallel analysis is designed； A remote driving technology based on a distributed architecture is proposed， which establishes a test task queue mechanism and tool scheduling mechanism and thereby enables programmatic control of remotely driven tool analysis； A multi-source information fusion technique is developed to achieve normalization， which realize filtering and integration of analysis results from multiple tools. By applying these technologies to static testing across various aerospace domains， testing efficiency and quality are effectively improved.