Software Quality Assurance and Measurement
A Worldwide Perspective
Cengage Learning EMEA (Publisher)
Published on 18. May 1995
Book
Paperback/Softback
304 pages
978-1-85032-174-3 (ISBN)
Description
This book presents a comprehensive international overview of software quality assurance and metrics practice with contributions from around the world. Common themes and paradigms emerge from the presentation of measurement frameworks at the start, through methods and tools, to industrial and research case studies of QA and metrics in use. The combination of the international perspective and practical case studies presented here should make this book useful to all practitioners and students in software engineering.
This book presents a comprehensive international overview of software quality assurance and metrics practice with contributions from around the world. Common themes and paradigms emerge from the presentation of measurement frameworks at the start, through methods and tools, to industrial and research case studies of QA and metrics in use. The combination of the international perspective and practical case studies presented here should make this book useful to all practitioners and students in software engineering.
This book presents a comprehensive international overview of software quality assurance and metrics practice with contributions from around the world. Common themes and paradigms emerge from the presentation of measurement frameworks at the start, through methods and tools, to industrial and research case studies of QA and metrics in use. The combination of the international perspective and practical case studies presented here should make this book useful to all practitioners and students in software engineering.
More details
Edition
New edition
Language
English
Place of publication
London
United Kingdom
Target group
College/higher education
Professional and scholarly
Edition type
New edition
Illustrations
Illustrations
Dimensions
Height: 230 mm
ISBN-13
978-1-85032-174-3 (9781850321743)
Copyright in bibliographic data is held by Nielsen Book Services Limited or its licensors: all rights reserved.
Schweitzer Classification
Persons
Author
South Bank University, London
University of Tokyo, Japan
Content
Measurement frameworks - Applying the goal/question/metric paradigm in the experience factory, V. Basili; Setting up a metrics programme in industry, S. Pfleeger; Introducing metrics into industry - a perspective in GQM, R. Bache and M. Neil; Software measurement - an evolutionary approach, N. Fuchs; The quantum study, C. Miller; Use of function of points for estimation and contracts, J. Onvlee; The sorry state of software practice measurement and evaluation, B. Hetzel. Software QA methods and tools - A new paradigm for software quality, the turning point for Japanese software industry, Y. Iizuka; Behaviour analysis makes the company mature, R. Kaneko, Y. Kadota and S. Ohba; A framework for quality systems development, M. Itakura; The role of quality staff in software development, M. Hattori; The practical implementation of process improvement initiatives, P. Goodman; Integrating software quality assurance in the teaching of programming, S. Benford, E. Burke and E. Foxley; Complexity traces - an instrument for software project management, C. Ebert; AIME - an integrated measurement environment, C. Tsalides, A. Hatzimanikatis, D. Christodoulakis and G. Kliafas. Case studies - Software management-by-metrics, practical experiences in Italy, G. Bazzana, P. Caliman, D. Gandini, M. Guinchi, R. Lancellotti and P. Marino; Product development and quality assurance in the software factory, K. Yasuda and K. Koga; Software reuse - a study, S. Isoda; Automated incremental improvement of software product quality - a case history, L. Hatton; An empirical investigation of software fault distribution, K.H. Moller and D.J. Paulish; Measurement through the software lifecycle - a comparative case study, R.J. Cole and D. Woods; Using function points for software cost estimation - some empirical results, B. Kitchenham; Evaluating effort prediction systems, C. Stricker; Situational metrics, J. Schulenklopper, V. van Swede and J.C. van Vliet.