Multi-frame Integrated Aero-engine Altitude Simulation Test Bench Data Flow Visualization Migration Technology
Qifan Zhou, Wanli Zhao, Kun Wang, Xinxin Tao, Fangju Zheng, Yingqing Guo · 2022 2nd International Conference on Computer Science, Electronic Information Engineering and Intelligent Control Technology (CEI) · 2022
As an important method for the aero-engine performance testing, the data collected from each sensor in the process of aero-engine altitude simulation test is extremely valuable and essential. To display the data more intuitively and to explore its deeper meanings and potential value, the development of the real-time migration and visualization technology of the data flow generated from the aero-engine altitude simulation test-bed basing on multi-framework integrationis proposed. Firstly, with the help of the Mybatis-Plus automatic view layer, data stored in the bottom historical database can be visualized in the browser's table structure space using Vue framework's table structure, which provides the convincing testers to check and analyze. Then, data flow technology migration, referring to the JDBC interface based on GateWay's current limiting mechanism, integrating full/incremental data flow, and integrates multi-thread parallel transport flows using Mybatis' load balancing mechanism. Therefore, the essential information in historical database for subsequent algorithm analysis can be synchronized to local database. Finally, with Vue framework, data flow front-end monitoring interface verifies data visualization, integrity, and effectiveness in real-time.