Titlebook: Requirements Engineering: Foundation for Software Quality; 18th International W Bj?rn Regnell,Daniela Damian Conference proceedings 2012 Sp

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Impediments to Requirements-Complianceed from the regulatory documents. . In this problem-statement paper, we describe some key impediments to achieving requirements-compliance that we have identified in a large systems engineering project.

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How Architects See Non-Functional Requirements: Beware of Modifiabilityting now, especially because in general it is quantified and verified considerably less than other NFRs. Furthermore, IT projects that applied NFR verification techniques relatively early in development were more successful on average than IT projects that did not apply verification techniques (or applied it relatively late in development).

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Supporting Learning Organisations in Writing Better Requirements Documents Based on Heuristic Critiqrequirements documents, but can also start a discussion about its desired quality. . We present a learning model based on heuristic critiques. The paper shows how this concept can support learning on both the organisational and individual levels.

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0302-9743 national Working Conference on Requirements Engineering: Foundation for Software Quality, REFSQ 2012, held in Essen, Germany, in March 2012. The papers are organized in 10 topical sections on contractual requirements, quality requirements, collaboration, complexity and creativity, requirements analy

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The Case for Dumb Requirements Engineering Toolsanually. . The paper suggests that perhaps a dumb tool doing an identifiable part of such a task may be better than an intelligent tool trying but failing in unidentifiable ways to do the entire task. . Perhaps a new direction is needed in research for RE tools.

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0302-9743 sis, templates and heuristics, requirements traceability, tools and quality, services and clouds, self-adaptivity, and industrial case studies,978-3-642-28713-8978-3-642-28714-5Series ISSN 0302-9743 Series E-ISSN 1611-3349

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A Simulation Approach for Impact Analysis of Requirement Volatility Considering Dependency Change information as the probability distribution of effort deviation and schedule deviation. As a proof-of-concept, the applicability of DepRVSim is demonstrated with an illustrative case study of a real software project. Results indicate that DepRVSim is able to provide experimental evidence for decision making when requirement changes.

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