Optimization Design And Development Of Software For Joint Test Support Platform

Based on the current development of China's experimental training field,Harbin Institute of Technology proposed the joint test architecture(H-TENA)and developed the joint test support platform(H-JTP)to support the joint test task of our army.H-JTP has been successfully applied in many fields,which can realize the interconnectivity and interoperation between test resources and systems and build a joint test environment quickly.However,as the existing H-JTP was gradually improved in the application,the lack of early top-level planning led to some systematic problems,which obstructed the application of H-JTP in the largescale joint test task of the PLA.Therefore,aiming at the existing systematic problems,this paper proposes an optimization scheme,and develops the logical range definition tool and test design tool according to the optimization scheme,laying a foundation for expanding the application field of H-JTP and better supporting the large-scale joint test task.This paper systematically analyzed and summarized the existing problems of H-JTP from the aspects of H-JTP application mode,function extension and usability,studies the causes of the problems,and proposes solutions for each problem.Based on the existing H-JTP and ideas to resolve the problem,proposed the optimization scheme of H-JTP,improved the system architecture of H-JTP.Divide the H-JTP into test resources subsystem,test design subsystem,test running subsystem and test data subsystem.Definite software tools in each subsystem and the interaction relationship,including the relationship of software,interface document format and interactive control command.Requested for the improvement of system software and provided the basis for the optimization of H-JTP.According to the requirements of the optimization scheme,this paper used the object-oriented software engineering thought,and developed the logical range definition tool and test design tool according to the requirements of the software engineering.Based on the demand analysis,the static structure,dynamic structure and control interface design of the software were completed.According to the software design,the software coding was completed and the unit test was carried out.The test results showed that the logical range definition tool and the test design tool met the functional requirements of the software.Finally,verify the rationality of the proposed optimization scheme and the correctness of the software design by using them.This paper designed a single ship combat test task.This paper discussed the verification scheme and the verification process in detail,and analyzed the verification results.The results show that the logical range generated by the logical range definition tool and the test task designed by the test design tool meet the requirements of the test task design and can be used by the running system.