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The IT Measurement Compendium [electronic resource] :Estimating and Benchmarking Success with Functional Size Measurement / by Manfred Bundschuh, Carol Dekkers.

by Bundschuh, Manfred [author.]; Dekkers, Carol [author.]; SpringerLink (Online service).
Material type: materialTypeLabelBookPublisher: Berlin, Heidelberg : Springer Berlin Heidelberg, 2008.Description: XXXV, 643 p. 134 illus. online resource.ISBN: 9783540681885.Subject(s): Computer science | Software engineering | Information Systems | Technology | Computer Science | Software Engineering | Management of Computing and Information Systems | Technology ManagementDDC classification: 005.1 Online resources: Click here to access online
Contents:
The Estimation Challenges -- Estimation Fundamentals -- Prerequisites for Estimation -- The Implementation of Estimation -- Estimation Methods -- Estimating Maintenance Effort -- Software Measurement and Metrics: Fundamentals -- Product- and Process- Metrics -- Object-Oriented Metrics -- Measurement Communities and Resources -- Benchmarking of IT Projects -- The IFPUG Function Point Counting Method -- Functional Size Measurement Methods (FSMMs) -- Variants of the IFPUG Function Point Counting Method -- Using Functional Size Measurement Methods -- Estimation of Data Warehouses, Web-Based Applications: Software Reuse and Redevelopment -- IFPUG Function Point Counting Rules -- Functional Size Measurement Case Studies -- Functional Size Measurement: Additional Case Studies -- Tools for Estimation.
In: Springer eBooksSummary: The first step towards success in a software project is to ensure a professional setup. This includes a metrics-based formal estimation process to ensure a solid foundation for project planning. Accurate estimates require quantitative measurements, ideally tool based. In addition, software project managers must also monitor and update these estimates during the project’s lifecycle to control progress and assess possible risks. Based on their many years of practical experience as software managers and consultants, Manfred Bundschuh and Carol Dekkers present a framework of value to anyone involved with software project management. They present all five ISO/IEC-acknowledged Functional Sizing Methods, with variants, experiences, counting rules and case studies, and they use numerous practical examples to show how to use functional size measurement to produce realistic estimates. Written in a highly practical style, including checklists, templates, and hands-on advice, and backed up with many pointers to both national and international metrics and standards organizations, this book is the ideal companion for the busy software project manager or quality assurance manager.
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The Estimation Challenges -- Estimation Fundamentals -- Prerequisites for Estimation -- The Implementation of Estimation -- Estimation Methods -- Estimating Maintenance Effort -- Software Measurement and Metrics: Fundamentals -- Product- and Process- Metrics -- Object-Oriented Metrics -- Measurement Communities and Resources -- Benchmarking of IT Projects -- The IFPUG Function Point Counting Method -- Functional Size Measurement Methods (FSMMs) -- Variants of the IFPUG Function Point Counting Method -- Using Functional Size Measurement Methods -- Estimation of Data Warehouses, Web-Based Applications: Software Reuse and Redevelopment -- IFPUG Function Point Counting Rules -- Functional Size Measurement Case Studies -- Functional Size Measurement: Additional Case Studies -- Tools for Estimation.

The first step towards success in a software project is to ensure a professional setup. This includes a metrics-based formal estimation process to ensure a solid foundation for project planning. Accurate estimates require quantitative measurements, ideally tool based. In addition, software project managers must also monitor and update these estimates during the project’s lifecycle to control progress and assess possible risks. Based on their many years of practical experience as software managers and consultants, Manfred Bundschuh and Carol Dekkers present a framework of value to anyone involved with software project management. They present all five ISO/IEC-acknowledged Functional Sizing Methods, with variants, experiences, counting rules and case studies, and they use numerous practical examples to show how to use functional size measurement to produce realistic estimates. Written in a highly practical style, including checklists, templates, and hands-on advice, and backed up with many pointers to both national and international metrics and standards organizations, this book is the ideal companion for the busy software project manager or quality assurance manager.

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