Abstract
It is a challenge work to evaluate the software reliability of complex information systems, which may involve distributed interconnections, multi-user authorizations, and combinatorial scenarios. To cope with the challenge, this paper presents an approach to scenario-based software reliability testing and evaluation. In this approach, key aspects including test profile construction, test case generation, test execution, and comprehensive evaluation are investigated. This approach is help to facilitate the software usage profiling, reduce the cost of software reliability testing, and increase the precision of software reliability evaluation. Moreover, an integrated platform that supports automated software reliability testing and evaluation for complex information systems is provided.
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