There is an increasing interest in more accurate prediction of software maintainability in order to better manage and control software maintenance. Recently, TreeNet has been proposed as a novel advance in data mining that extends and improves the CART (classification and regression trees) model using stochastic gradient boosting. This paper empirically investigates whether the TreeNet model yields improved prediction accuracy over the recently published object-oriented software maintainability prediction models: multivariate adaptive regression splines, multivariate linear regression, support vector regression, artificial neural network, and regression tree. The results indicate that improved, or at least competitive, prediction accuracy h...
This paper demonstrates the use of regression tree models to predict the number of faults in a softw...
This paper presents the application of neural networksin software quality estimation using object-or...
There are three ways to deal with component failure: reactive maintenance, preventive maintenance, a...
Accurate software metrics-based maintainability prediction can not only enable developers to better ...
Accurate software reliability prediction not only enables developers to improve the quality of softw...
Prediction of the maintainability of classes in object-oriented systems is a significant factor for ...
Preprint submitted to Elsevier ScienceAs the number of object-oriented software systems increases, i...
Context: Software maintainability is one of the fundamental quality attributes of software engineeri...
Maintainability of the software is one of the key quality while evaluating software product. Of the ...
Software fault and effort prediction are important tasks to minimize costs of a software project. In...
Software must be well developed and maintainable to adapt to the constantly changing requirement of ...
While prior object-oriented software maintainability literature acknowledges the role of machine lea...
Software defects prediction at the initial period of the software development life cycle remains a c...
Importance of software quality is increasing leading to development of new sophisticated techniques,...
This paper demonstrates the use of regression tree models to predict the number of faults in a softw...
This paper demonstrates the use of regression tree models to predict the number of faults in a softw...
This paper presents the application of neural networksin software quality estimation using object-or...
There are three ways to deal with component failure: reactive maintenance, preventive maintenance, a...
Accurate software metrics-based maintainability prediction can not only enable developers to better ...
Accurate software reliability prediction not only enables developers to improve the quality of softw...
Prediction of the maintainability of classes in object-oriented systems is a significant factor for ...
Preprint submitted to Elsevier ScienceAs the number of object-oriented software systems increases, i...
Context: Software maintainability is one of the fundamental quality attributes of software engineeri...
Maintainability of the software is one of the key quality while evaluating software product. Of the ...
Software fault and effort prediction are important tasks to minimize costs of a software project. In...
Software must be well developed and maintainable to adapt to the constantly changing requirement of ...
While prior object-oriented software maintainability literature acknowledges the role of machine lea...
Software defects prediction at the initial period of the software development life cycle remains a c...
Importance of software quality is increasing leading to development of new sophisticated techniques,...
This paper demonstrates the use of regression tree models to predict the number of faults in a softw...
This paper demonstrates the use of regression tree models to predict the number of faults in a softw...
This paper presents the application of neural networksin software quality estimation using object-or...
There are three ways to deal with component failure: reactive maintenance, preventive maintenance, a...