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Monitoring probabilistic properties

机译:监视概率属性

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摘要

Monitoring allows for checking if a system fulfils its requirements at runtime. This is required for quality assurance purposes. Currently several approaches exist to monitor standard and timing properties. However, a current challenge is to provide a comprehensive approach for monitoring probabilistic properties, as they are used to formulate performance, reliability, safety, and availability requirements. The main problem of these probabilistic properties is that there is no binary acceptance condition. To overcome this problem, this paper describes a monitoring approach called ProMo that is based on acceptance sampling and sequential hypothesis testing. This approach is validated based on several experiments that have been performed on an example system which provides medical assistance in remote areas.
机译:监视允许检查系统在运行时是否满足其要求。这是出于质量保证目的所必需的。当前,存在几种监视标准和定时属性的方法。但是,当前的挑战是提供一种用于监视概率属性的综合方法,因为这些概率属性用于制定性能,可靠性,安全性和可用性要求。这些概率性质的主要问题是没有二进制接受条件。为了克服这个问题,本文描述了一种称为ProMo的监视方法,该方法基于验收抽样和顺序假设检验。该方法基于在可在偏远地区提供医疗帮助的示例系统上执行的几次实验而得到验证。

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