| In modern wars, due to the extensive using of electronic equipments which bring on a more denseness electromagnetic signal power and engender a very complex electromagnetic environment, the research on electromagnetic compatibility testing system becomes an important aspect in equipments development, but there is no one effective way to integrate all the testing instruments now. Through the researching of workflow, we build the framework model for the integration processing of Electromagnetic Compatibility Testing System (ECTS), advance the workflow model and driving mechanism based on relative database. Consequently we solve the problems effectively encountered in integration process of ECTS.Main contents and accomplishments of this thesis are as follows:The integrated framework for ECTS was advanced, the overall design processing was analyzed, the overall integration design framework was proposed, the relationship of integration and design function module was parsed. In allusion to the requirements of ECTS, we designed the software framework and provided a solid foundation for the system implementation.A workflow model was established for the integration processing of ECTS, We described and improved the node model using digraphs to make it adapted to the demands of ECTS. With the help of workflow driving mechanism, the working process could be enabled to support the real-time customization and dynamic measuring.Designed the basical database of ECTS. We also designed the frame conception and logic of database. And we accessed the database with sqldeveloper.Based on the theory and methods mentioned before, A prototype system of ECTS was designed and implemented. The mainframe, software platform, databases, and functional modules were finally completed. Finally the correctness, feasibility and validity of the prototype system were proved with an electromagnetic compatibility testing to one specific equipment.
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