Delayed Failures in Software Using High Volume Automated Testing

J. Gardiner
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引用次数: 1

Abstract

The research described studies delayed failures in software using high volume automated testing (HVAT) and investigates the effectiveness of different HVAT techniques; such techniques include genetic algorithms, model-based testing, penetration testing, robustness testing, and random (stochastic) testing. A delayed failure is a failure that occurs some time after the conditions that lead to the failure are applied. There appear to be no studies of delayed failures of software in the literature and no comparative studies of the effectiveness of different HVAT techniques; therefore research in this area can make an important contribution. Delayed failures in software are unlikely to be revealed by conventional testing techniques; a HVAT technique that systematically reveals delayed failures could lead to improved reliability of software and reduced costs. Experimental work is in progress using the MySQL database server as the software under test
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使用大量自动化测试的软件延迟故障
该研究描述了使用高容量自动化测试(HVAT)研究软件延迟故障,并调查了不同HVAT技术的有效性;这些技术包括遗传算法、基于模型的测试、渗透测试、健壮性测试和随机测试。延迟故障是在导致故障的条件被应用后一段时间发生的故障。文献中似乎没有对软件延迟故障的研究,也没有对不同HVAT技术的有效性进行比较研究;因此,这方面的研究可以做出重要贡献。软件中的延迟故障不太可能被传统的测试技术发现;系统地揭示延迟故障的HVAT技术可以提高软件的可靠性并降低成本。使用MySQL数据库服务器作为测试软件的实验工作正在进行中
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