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Software size prediction before coding
ACM SIGSOFT Software Engineering Notes, 2004There have been many empirical studies conducted for the purpose of objective measurement of software systems. As a result, various 'Software Metrics' have been introduced by various researchers. At present, efforts are being made by software researchers to get qualitatively good software developed within a reasonable cost.
Nasib S. Gill, P. S. Grover
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Software sizing problems in software engineering metrics
Proceedings of the 1988 ACM sixteenth annual conference on Computer science - CSC '88, 1988@ where n = number of modules E = effort, in man-months (MM) S = software sizing estimate (KDSI) a,b = development mode constants c1 = complexity multipliers based upon project conditionsA great deal of research has been conducted on effort model validation using databases of actual performance for a variety of projects, but little research has been ...
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Journal of Systems and Software, 1987
Abstract There is a need for better software sizing models. Several existing models, including Albrecht's Function Point Analysis and DeMarco's system BANG, are examined as candidate models, and some of their deficiencies are noted. An architecture for a sizing model for applications systems is presented, its major components are identified, and ...
June M. Verner, Graham Tate
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Abstract There is a need for better software sizing models. Several existing models, including Albrecht's Function Point Analysis and DeMarco's system BANG, are examined as candidate models, and some of their deficiencies are noted. An architecture for a sizing model for applications systems is presented, its major components are identified, and ...
June M. Verner, Graham Tate
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Software Metrics for Identifying Software Size in Software Development Projects
2015Measurements are fundamental any engineering discipline. They indicate the amount, extent, dimension or capacity of an attribute or a product, in a quantitative manner. The analyzed results of the measured data can be given as the basic idea of metrics.
Vidanapathirana, V.S.P, Peiris, K.H.M.R
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On the relationship between functional size and software code size
Proceedings of the 2010 ICSE Workshop on Emerging Trends in Software Metrics, 2010SLOC (Source Lines-Of-Code) has been used extensively as a Code Size Measure, and as input to parametric software cost and effort estimation tools. SLOC is obtained by measuring FP (Function Points) on the requirements and multiplying by the SLOC/FP ratio from similar projects.
Kenneth Lind, Rogardt Heldal
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Estimating software size with UML models
Proceedings of the 2008 C3S2E conference on - C3S2E '08, 2008Function points have been used for more than 25 years for estimating software size and building productivity models. Today, three methods to do it are accepted as ISO standards. The theory behind this type of measurement is more explicit but none of these methods have yet been fully automated.
Ghislain Levesque +2 more
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Model Size Challenge to Analysis Software
2013 12th International Symposium on Distributed Computing and Applications to Business, Engineering & Science, 2013Existing analysis software, commonly used in scientific, engineering and business, is not designed for today and tomorrow's model sizes. Most software has been developed decades before multi-threads, multi-cores, heterogeneous systems. In computer-aided engineering (CAE), some of the codes date back to the 50s and 60s aimed at model sizes of around 100
Peter Chow, Serban Georgescu
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Research of Software Size Estimation Method
2013 International Conference on Cloud and Service Computing, 2013Software size estimation laid the data foundation for project planning. Among all the software estimation methods, function point method, COCOMO II, Pert, Delphi and Analogy are widely used. After conducting research on these methods and analyzing the advantages and disadvantages of them, this paper gives advice on how to choose estimation methods.
Aihua Ren, Chen Yun
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A vector based software size measure
Proceedings of Australian Software Engineering Conference ASWEC 97, 2002Software size is a fundamental software product measure. Many existing software size measures do not adequately address the underlying problem complexity of systems. We propose a vector measure that incorporates both functionality and problem complexity in a balanced and harmonious manner.
T.E. Hastings, A.S.M. Sajeev
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Machinery
Hexagon – a global leader in sensors and software – has an array of clients using its technology, ranging from the manufacturing of cars to the design of miniature model railways
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Hexagon – a global leader in sensors and software – has an array of clients using its technology, ranging from the manufacturing of cars to the design of miniature model railways
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