Abstract
In order to improve the test capability of automated test systems to deal with complex systems, the concept of a signal-oriented test system model was proposed to guide the design of test systems and the implementation of test work and to analyze the test results. First, a method for establishing signal-oriented test system model is proposed, which is based on IEEE 1641 standard, and combined with the unit under test requirements and test objectives. Second, corresponding verification methods are proposed in the mathematical domain and signal domain. Finally, a verification method based on gene expression programming algorithm is designed to verify the complex signal-oriented test system model. In addition, the battery charge regulator module of the NS2 satellite verified the effectiveness of the signal-oriented test system model. Compared with the traditional identification method, the identification accuracy of the simple system (with mathematical model) has been significantly improved; for complex systems (no mathematical model), the traditional method is difficult to work, and the gene expression programming algorithm still has a good effect. The actual verification shows that the signal-oriented test system model, which combines the advantages of the mathematical model and the physical model, can well represent the testing requirements of the complex system.
Highlights
Automated test system (ATS) is a general term for a standardized system that provides stimulus sources, testing, data processing, and automatic display or output of the test results.[1]
This paper proposes the concept and identification method of SSM according to the definition of signal in IEEE 1641 standard, which can provide a fast testing method for the establishment of testing requirements and support the construction of complex ATS software and hardware
Description: the description of the SSM is unfixed. It can be represented by mathematical equations, unified modeling language (UML) class diagrams, or automatic test markup language (ATML), which is introduced by the IEEE Standard Committee
Summary
Automated test system (ATS) is a general term for a standardized system that provides stimulus sources, testing, data processing, and automatic display or output of the test results.[1]. Combining the definition of the signal of the 1641 standard and the mathematical model analysis method in the field of automatic control, this paper proposes a Department of Precision Instrument, Tsinghua University, Beijing, P.
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