Software Metrics, 3rd Edition

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Bibliography

Abdel-Ghaly A.A., Chan P.Y., and Littlewood B., Evaluation of competing soware

reliability predictions, IEEE Transactions on Soware Engineering, SE-12(9),

950–967, 1986.

Abran A., Soware Metrics and Soware Metrology, John Wiley & Sons, Hoboken,

New Jersey, 2010.

Abran A. and Robillard P.N., Function points: A study of their measurement pro-

cesses and scale transformations, Journal of Systems and Soware, 25(2),

171–184, 1994.

Adams E., Optimizing preventive service of soware products, IBM Journal of

Research and Development, 28(1), 2–14, 1984.

Albrecht A.J., Measuring application development, Proceedings of IBM Applications

Development Joint SHARE/GUIDE Symposium, Monterey, California, pp.

83–92, 1979.

Alhazmi O.H., Malaiya Y., and Ray I., Measuring, analyzing and predicting secu-

rity vulnerabilities in soware systems. Computers and Security, 26(3), 219–

228, May 2007.

Ammann P. and Outt J., Introduction to Soware Testing, Cambridge University

Press, New York, 2008.

Anda B. Comparing eort estimates based on use case points with expert esti-

mates, Empirical Assessment in Soware Engineering (EASE 2002), Keele,

UK, 2002.

Anda B., Dreiem H., Sjoberg D.I.K., and Jorgensen M., Estimating soware devel-

opment eort based on use cases—Experiences from industry, Proceedings of

UML 2001—e Unied Modeling Language. Modeling Languages, Concepts,

and Tools, pp. 487–502, 2001.

Antoniol G., Fiutem R., and Lokan C., Object-oriented function points: An empir-

ical evaluation, Empirical Soware Engineering, 8(3), 225–254, 2003.

Antoniol G., Lokan C., Caldiera G., and Fiutem R., A function-point like measure

for object oriented soware, Empirical Soware Engineering, 4(3), 263–287,

September 1999.

Arisholm E. and Sjoberg D.I.K., Evaluating the eect of a delegated versus central-

ized control style on the maintainability of object-oriented soware, IEEE

Transactions on Soware Engineering, 30(8), 521–534, August 2004.

Bache R. and Neil M., Introducing metrics into industry: A perspective on GQM,

in Soware Quality Assurance and Metrics: A Worldwide Perspective (Eds:

556 ◾ Bibliography

Fenton N.E., Whitty R.W., and Iizuka Y.), International omson Press,

London, pp. 59–68, 1995.

Bachmann A. and Bernstein A., Soware process data quality and characteristics—A

historical view on open and closed source projects, Proceedings of the Joint

ERCIM Workshop on Soware Evolution and International Workshop on

Principles of Soware Evolution (IWPSE-Evol’09), Amsterdam, Netherlands,

August 24–25, 2009, pp. 119–128, 2009.

Baker A.L., Bieman J.M., Fenton N.E., Gustafson D., and Melton A., A philosophy for

soware measurement, Journal of Systems and Soware, 12, 277–281, July 1990.

Banker R., Kauman R., and Kumar R., An empirical test of object-based output

measurement metrics in a computer-aided soware engineering (CASE) envi-

ronment, Journal of Management Information Systems, 8(3), 127–150, 1994a.

Banker R., Chang H., and Kemerer C.F., Evidence on economies of scale in soware

development, Information and Soware Technology, 36(5), 275–282, 1994b.

Barford N.C., Experimental Measurements: Precision, Error and Truth, 2nd Edition.

Addison-Wesley, Reading, Massachusetts, 1985.

Barnard J. and Price A., Managing code inspection information, IEEE Soware,

11(2), 59–69, March 1994.

Basili V.R. and Rombach H.D., e TAME project: Towards improvement-

oriented soware environments, IEEE Transactions on Soware Engineering,

14(6), 758–773, 1988.

Basili V.R., Selby R.W., and D.H. Hutchens, Experimentation in soware engineer-

ing, IEEE Transactions on Soware Engineering, 12(7), 733–743, July 1986.

Basili V.R. and Weiss D., A methodology for collecting valid soware engineering

data, IEEE Transactions on Soware Engineering, SE-10(6), 728–738, 1984.

Basili V.R., Heidrich J., Lindvall M., Münch J., Seaman C, Regardie M., and

Trendowicz, A., Determining the impact of business strategies using principles

from goal-oriented measurement, Proceedings of the 2009 3rd International

Symposium on Empirical Soware Engineering and Measurement (ESEM),

Lake Buena Vista, Florida, pp. 390–400, 2009.

Baudry B. and Sunye G., Improving the testability of UML class diagrams,

Proceedings of the First International Workshop on Testability Assessment,

2004 (IWoTA), pp. 70–80, November 2004.

Baudry B., Le Traon Y., and Sunyé G., Testability analysis of a UML class diagram,

Soware Metrics, 2002. Proceedings of the Eighth IEEE Symposium, Ottawa,

Canada, IEEE, pp. 54–63, 2002.

Baudry B., Traon Y., Sunye G., and Jezequel J.M., Towards a safe use of design pat-

terns to improve OO soware testability, Proceedings of the 12th International

Symposium on Soware Reliability Engineering (ISSRE 2001), Hong Kong,

China, pp. 324–329, 2001.

Baur E., Zhang X., and Kimber D.A., Practical System Reliability, Wiley IEEE Press,

Hoboken, New Jersey, 2009.

Belton V., A comparison of the analytic hierarchy process and a simple multi- attribute

utility function, European Journal of Operational Research, 26, 7–21, 1986.

Bennett P.A., Soware development for the channel tunnel: A summary, High

Integrity Systems, 1(2), 213–220, 1994.