Engineering Safety - and Security-Related Requirements for Software-Intensive Systems

D. Firesmith
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引用次数: 53

Abstract

Summary form only given. Many software-intensive systems have significant safety ramifications and need to have their associated safety-related requirements properly engineered. It has been observed by several consultants, researchers, and authors that inadequate requirements are a major cause of accidents involving software-intensive systems. Yet in practice, there is very little interaction between the requirements and safety disciplines and little collaboration between their respective communities. Most requirements engineers know little about safety engineering, and most safety engineers know little about requirements engineering. Also, safety engineering typically concentrates on architectures and designs rather than requirements because hazard analysis typically depends on the identification of hardware and software components, the failure of which can cause accidents. This leads to safety-related requirements that are often ambiguous, incomplete, and even missing. The tutorial begins with a single common realistic example of a safety critical system that will be used throughout to provide good examples of safety-related requirements. The tutorial then provides an introduction to requirements engineering for safety engineers and an introduction to safety engineering for requirements engineers. The tutorial then provides clear definitions and descriptions of the different kinds of safety-related requirements and finishes with a practical process for producing them
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软件密集型系统的工程安全和安全相关需求
只提供摘要形式。许多软件密集型系统都有重要的安全分支,需要对其相关的安全相关需求进行适当的设计。一些顾问、研究人员和作者已经注意到,需求不足是涉及软件密集型系统的事故的主要原因。然而在实践中,需求和安全规程之间的相互作用很少,他们各自社区之间的协作也很少。大多数需求工程师对安全工程知之甚少,而大多数安全工程师对需求工程知之甚少。此外,安全工程通常侧重于架构和设计,而不是需求,因为危害分析通常依赖于硬件和软件组件的识别,这些组件的故障可能导致事故。这导致了与安全相关的需求常常是模糊的、不完整的,甚至是缺失的。本教程从安全关键系统的一个常见实际示例开始,该示例将贯穿始终,提供与安全相关的需求的良好示例。然后,本教程为安全工程师介绍了需求工程,并为需求工程师介绍了安全工程。然后,本教程提供了不同类型的安全相关需求的明确定义和描述,并以生成这些需求的实际过程结束
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Engineering Safety - and Security-Related Requirements for Software-Intensive Systems A Service-Oriented Approach for Specifying Component-Based Systems The Impact of Certification Criteria on Integrated COTS-Based Systems Data Model Transformation for Supporting Interoperability On the validation of API execution-sequence to assess the correctness of application upon COTS upgrades deployment
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