2019•Unpublished venueRequires access

Embedded High-Coverage Automatic Test System for the Flight Test

Wang Huahui, He Zeyuan

Open publisher page 1 citations

Abstract

In order to improve the test efficiency and the test coverage of software in the flight test, we propose an automatic test technology for embedded software in aviation test equipment. It is based on the traditional black box technology, and combines with semi-physical simulation and virtual device modeling technology. This system uses the TA support platform and cooperates with the test case automatic generation component, it can generate test vector sets, provide incentives for devices, and obtain response information synchronously. It enables users to generate test vectors and obtain test results automatically through simple operations. It can effectually reduce the manual repeat workload, improve the automatization of system testing, and enhance the system testing efficiency and quality.

About this research paper

What this paper is about

In order to improve the test efficiency and the test coverage of software in the flight test, we propose an automatic test technology for embedded software in aviation test equipment. It is based on the traditional black box technology, and combines with semi-physical simulation and virtual device modeling technology. This system uses the TA support platform and cooperates with the test case automatic generation component, it can generate test vector sets, provide incentives for devices, and obtain response information synchronously. It enables users to generate test vectors and obtain test results automatically through simple operations. It can effectually reduce the manual repeat workload, improve the automatization of system testing, and enhance the system testing efficiency and quality.

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Available abstract

In order to improve the test efficiency and the test coverage of software in the flight test, we propose an automatic test technology for embedded software in aviation test equipment. It is based on the traditional black box technology, and combines with semi-physical simulation and virtual device modeling technology. This system uses the TA support platform and cooperates with the test case automatic generation component, it can generate test vector sets, provide incentives for devices, and obtain response information synchronously. It enables users to generate test vectors and obtain test results automatically through simple operations. It can effectually reduce the manual repeat workload, improve the automatization of system testing, and enhance the system testing efficiency and quality.

Key concepts: Test Management Approach, Computer science, Test harness, System under test, White-box testing, Test (biology), Workload, Automatic test equipment

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