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An Application of Vertex Partition for Parallel Test Tasks Scheduling in Automatic Test System

机译:顶点分区在自动测试系统中并行测试任务调度中的应用。

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Emergency of Automatic Test System (ATS) aims to increase efficiency of software development. However, traditional testing skill in ATS is low efficiency when it faces large scale testing tasks. Therefore, parallel test becomes one kind of proper way to use system resources efficiently. Nevertheless, Parallel Testing Task Scheduling Problem (PTTSP) is a complicated issue. Additionally, when system processes its scheduling it also have to concern time precedence constraints between testing tasks. Therefore, in this paper, we propose an algorithm--Vertex Partition Algorithm derived from Graph theory. It coordinates System Resources Conflicts (SRC) and Time Precedence Constraints (TPC) in testing tasks. From experimental simulation, it shows that VPA approach is meaningful for design of scheduling strategy of ATS.
机译:自动测试系统(ATS)的紧急情况旨在提高软件开发的效率。但是,传统的ATS测试技术在面对大规模测试任务时效率低下。因此,并行测试成为有效利用系统资源的一种合适方法。但是,并行测试任务计划问题(PTTSP)是一个复杂的问题。另外,当系统处理其调度时,它还必须考虑测试任务之间的时间优先约束。因此,本文提出了一种基于图论的算法-顶点分割算法。它在测试任务中协调系统资源冲突(SRC)和时间优先约束(TPC)。通过实验仿真表明,VPA方法对ATS调度策略的设计具有重要意义。

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