Automatic generation of availability models in RAScad

D. Tang, Ji Zhu, Roy Andrada
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引用次数: 15

Abstract

RAScad is a Sun internal Web-based reliability, availability, serviceability (RAS) architecture modeling and analysis tool for use in the computer system design and development phase. Two major goals of RAScad are: making availability modeling possible for design engineers without background in mathematical modeling and making availability modeling efficient for RAS engineers who understand underlying mathematical models. To achieve these goals, RAScad integrates two modules: Model Generator (MG) which provides automatic model generation specific to Sun product RAS characteristics, and Graphical Model Builder (GMB) which provides general, graphical Markov, semi-Markov and reliability block diagram modeling capabilities. An MG model is a hierarchical specification, in terms of an engineering language (MTBF, MTTR, redundancy, etc.), of the constituent components and associated parameters for the modeled system and the user does not have to understand the underlying mathematical models generated by RAScad.
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RAScad中可用性模型的自动生成
RAScad是Sun内部基于web的可靠性、可用性、可服务性(RAS)体系结构建模和分析工具,用于计算机系统设计和开发阶段。RAScad的两个主要目标是:为没有数学建模背景的设计工程师提供可用性建模,并为了解底层数学模型的RAS工程师提供有效的可用性建模。为了实现这些目标,RAScad集成了两个模块:模型生成器(MG),它提供特定于Sun产品RAS特性的自动模型生成;图形模型生成器(GMB),它提供通用、图形马尔可夫、半马尔可夫和可靠性框图建模功能。根据工程语言(MTBF、MTTR、冗余等),MG模型是建模系统的组成组件和相关参数的分层规范,用户不必理解由RAScad生成的底层数学模型。
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