Journals Software Process: Improvement and Practice

Name
Software Process: Improvement and Practice
Subjects
Software
Software development
Practical
Software process
Software process improvement
Software process modelling
Process
Capability maturity model
Software project
Simulation
System dynamics
ISSN
1099-1670
Description
From 2010 Software Process Improvement and Practice will be incorporated in the Journal of Software Maintenance and Evolution: Research and Practice. The objective of Software Process is to facilitate improvement in the quality, productivity, performance and assessment of the software development process by disseminating practice and experience papers. Software Process aims to be the vehicle of scientific record for all advances in software process models and descriptions. It will seek contributions on the impact of the SEI capability maturity model, on standardisation issues and the results of initiatives such as ESSI, and on all the following topics: process discovery and capture; process description and formalisms; process architecture; process analysis and visualisation; process-centred environments; process monitoring and measurement; process experiments and experimental paradigms; relationships between software and non-software processes; process support mechanisms - instantiation, customisation, evolution, change propagation, guidance and conformance, cooperation and coordination, state reification, binding-process assessment, feedback and improvement; novel software processes. By learning from the results of practical experience and by providing a forum for discussion of the entire range of software engineering activities from conception through to maintenance of evolving systems, this publication aims to be as grounded in the realities of organisational and commercial forces as it is led by technological innovation
Publisher
Wiley
Journal type
Hybrid Journal

Journals Publications
(All)



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Issue DateTitleAuthor(s)
129-Nov-2004Introducing a process framework for implementing models of large-scale real-world systems in softwareAndreou, Andreas S.