Titlebook: Unifying the Software Process Spectrum; International Softwa Mingshu Li,Barry Boehm,Leon J. Osterweil Conference proceedings 2006 Springer-

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Evolving Defect “Folklore”: A Cross-Study Analysis of Software Defect Behaviorcess issues. Specifically, we identify common “folklore,” i.e. widely accepted heuristics concerning how defects behave, and then build up a body of knowledge from empirical studies to refine the heuristics with information concerning the conditions under which they do and do not hold.

發(fā)出眩目光芒

儀式

Requirements Engineering Processes Improvement: A Systematic Viewe factor, such as communication and collaboration, etc. Our future work will involve structuring the platform or tools which integrate methods, technologies, checklists, templates, lessons-learned, and providing basic supporting for requirements process improvement and distributed requirements development and management.

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S-RaP: A Concurrent, Evolutionary Software Prototyping Processmature user interfaces. We present the details of our process and the conditions that make it effective. Our experience with this process indicates that prototypes can be rapidly developed in a highly concurrent fashion given a stable prototyping software architecture and access to readily available domain knowledge.

MELD

0302-9743 red for final publication. The theme of SPW2005 was “Unifying the Software Process Spectrum. ” Software process encompasses all the activities that aim at developing or evolving software products. The expanding role of software and information systems in the world has focused increasing attention on

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過份艷麗

A Gradually Proceeded Software Architecture Design Processsign Process called GADesign. GADesign divides software architecture design into several phases and provides a sequence of well-defined steps to make this process more transparent and easier to be implemented.

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復(fù)習(xí)

A Value-Based Process for Achieving Software Dependabilitystem dependability. It helps project success-critical stakeholders define, negotiate and develop mission-specific combinations of dependability attributes. The NASA/USC Inspector SCRover (ISCR) project is used as a case study to elaborate the process.