一种用于概率分支和三阶段事件的需求描述语言

Jinyu Kai, Huai-kou Miao, Honghao Gao
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摘要

动态序列图(LSC)的语言是MSC的多模态扩展,在整个图表和图表元素的层面上引入了强制性和可能性之间的区别。虽然LSC仍然是对MSC的定性扩展,但在捕捉定量行为时,不足之处就显现出来了。对于概率系统,即表现概率方面的系统,概率属性被认为是最重要的需求,需要定量地捕获。为了解决这个问题,我们提出了一种称为pLSC的需求描述语言。在测度理论和概率论的支持下,pLSC语言从概率分支和三阶段事件的两个维度定量描述了适合概率系统的相互作用。本文介绍了该控制器的图形和文本演示。
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A requirements description language pLSC for probabilistic branches and three-stage events
The language of Live Sequence Chart (LSC), a multi-modal extension of MSC, introduces the distinction between mandatory and possible on the level of the whole chart and for the chart elements. While the LSC still extend the MSC qualitatively, when it comes to capturing the quantitative behaviors, the deficiency emerges. As for the probabilistic systems, i.e., systems that exhibit probabilistic aspects, probabilistic properties are considered as the most important requirements and need to be captured quantitatively. To address this, we propose a requirements description language called pLSC. Supported by the measure theory and the probability theory, the language pLSC describes the interactions quantitatively to suit the probabilistic systems from two dimensions of probabilistic branches and three-stage events. The paper introduces the graphical and textual presentation of the pLSC.
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