Search for dissertations about: "Software Change Cost Estimation"
Showing result 1 - 5 of 6 swedish dissertations containing the words Software Change Cost Estimation.
-
1. Efficient Automatic Change Detection in Software Maintenance and Evolutionary Processes
Abstract : Software maintenance is such an integral part of its evolutionary process that it consumes much of the total resources available. Some estimate the costs of maintenance to be up to 100 times the amount of developing a software. READ MORE
-
2. Definition and validation of requirements management measures
Abstract : The quality of software systems depends on early activities in the software development process, of which the management of requirements is one. When requirements are not managed well, a project can fail or become more costly than intended, and the quality of the software developed can decrease. READ MORE
-
3. Towards a Framework for Fault and Failure Prediction and Estimation
Abstract : In software companies today we see a trend of changing development processes, as well as test processes, in order to reduce the number of faults in their software; and by reducing the number of faults, reducing the number of failures. It is hard to know if a change to a process has a positive or negative effect on the faults and failures of the software. READ MORE
-
4. An Empirical Study of Requirements-Driven Impact Analysis in Object-Oriented Software Evolution
Abstract : Requirements-driven impact analysis (RDIA) identifies the set of software entities that need to be changed to implement a new requirement in an existing system. RDIA thus involves a transition from requirements to software entities or to a representative model of the implemented system. RDIA is performed during the release planning phase. READ MORE
-
5. Enterprise Systems Modifiability Analysis : An Enterprise Architecture Modeling Approach for Decision Making
Abstract : Contemporary enterprises depend to great extent on software systems. During the past decades the number of systems has been constantly increasing and these systems have become more integrated with one another. This has lead to a growing complexity in managing software systems and their environment. READ MORE