Cost estimation in software engineering: Difference between revisions

Revision as of 21:20, 15 November 2014

Revision as of 15:53, 29 May 2016

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Methods for estimation in software engineering include this principles:

*[[COCOMO]], the first version known as COCOMO 87 and the second as COCOMO™ II

*[[Analysis Effort method]]

*[[COCOMO]]

*[http://csse.usc.edu/csse/research/COCOMOII/cocomo_main.html COCOMO™ II]

*[[COSYSMO]]

*[[Evidence-based Scheduling]] Refinement of typical agile estimating techniques using minimal measurement and total time accounting.

*[[Function point analysis|Function Point Analysis]]

*[[Estimation theory|Parametric Estimating]]

*[[Extreme_Programming_Practices#Planning_game|The Planning Game]] (from [[Extreme Programming]])

*[[PRICE Systems]] Founders of Commercial Parametric models that estimates the scope, cost, effort and schedule for software projects.

*[[ITK method]], also known as Method CETIN

*[[Proxy-based estimating]] (PROBE) (from the [[Personal Software Process]])

*[[Program Evaluation and Review Technique]] (PERT)

*[[Putnam_model|SLIM]], also known as SLIM

*[[SEER-SEM]] Parametric Estimation of Effort, Schedule, Cost, Risk. Mimimum time and staffing concepts based on [[Brooks's law]]

*[[PRICE Systems]] Founders of Commercial Parametric models that estimates the scope, cost, effort and schedule for software projects.

*[[Putnam_model|SLIM]]

*[[SEER-SEM]] Parametric Estimation of Effort, Schedule, Cost, Risk. MimimumMinimum time and staffing concepts based on [[Brooks's law]]

*[[Extreme_Programming_Practices#Planning_game|The Planning Game]] (from [[Extreme Programming]])

*[[ Use Case Points|The Use Case Points method (UCP)]]

*[[Weighted Micro Function Points]] (WMFP)

*[[Wideband Delphi]]

*[[ Use Case Points|The Use Case Points method (UCP)]]

*[[ITK method|CETIN]]

==See also==