Estimation and prediction in software engineering with data analysis methods
Abstract
An important issue for software development industry is the delivery of high quality software on time and within budget constraints. Software organizations recognize the need for adapting effective estimation methods regarding software development aspects, such as cost and quality in order to stay competitive. In practice, exploiting software development models is not an easy issue as problems regarding the adoption and interpretation of them may arise. Classical statistical methods present limited capabilities for modeling Software Engineering data, as they do not allow the extraction of interpretable models that can deal with the inherent uncertainty of the domain. In order to solve the above problems the current thesis explores the application of improved formal estimation methods. In particular this thesis consists of three parts: 1) Comparison of methods In this dissertation a series of comparisons regarding the suitability of formal methods in estimating software cost and quality ...
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