With change our only constant, information systems researchers appreciate the need to measure and understand change processes occurring in software systems (i.e., software volatility). In this study we define a system-level multi-dimensional measure of software volatility. This measure can be used both quantitatively and qualitatively to analyze system behavior. We describe the lifecycle volatility of three application systems. We also discuss use of software volatility as a qualitative measure to interpret system behavior for software portfolio management
Software systems evolve over time incrementally and sections of code are modified. But, how much doe...
The amount of software in modern cars is significant and isgrowing with releases of new cars. The ev...
Management are keen to maximize the life span of an information system because of the high cost, org...
The only thing constant is change. This is certainly more true of software systems than almost any p...
Requirements volatility is an important risk factor for software projects. Software measures can hel...
The objective of this research is to investigate the effect that various factors have on an informat...
The development of software-intensive systems faces many challenges; one of the most important from ...
Investigating the factors that drive requirements change is an important prerequisite for understand...
Real-world software applications must constantly evolve to remain relevant. This evolution occurs wh...
Software becomes better or worse because of the changes made to it. Each change to legacy software i...
This paper attempts to characterize and present a state of the art view of several quantitative mode...
AbstractIn an organization operating in the bancassurance sector we identified a low-risk IT subport...
Timing analysis is the application of one or more well-established predictive methods to derive the ...
Requirements volatility is an important risk factor for soft-ware projects. Software measures can he...
The testing phase of a software product can be costly and time-consuming due to the effort required ...
Software systems evolve over time incrementally and sections of code are modified. But, how much doe...
The amount of software in modern cars is significant and isgrowing with releases of new cars. The ev...
Management are keen to maximize the life span of an information system because of the high cost, org...
The only thing constant is change. This is certainly more true of software systems than almost any p...
Requirements volatility is an important risk factor for software projects. Software measures can hel...
The objective of this research is to investigate the effect that various factors have on an informat...
The development of software-intensive systems faces many challenges; one of the most important from ...
Investigating the factors that drive requirements change is an important prerequisite for understand...
Real-world software applications must constantly evolve to remain relevant. This evolution occurs wh...
Software becomes better or worse because of the changes made to it. Each change to legacy software i...
This paper attempts to characterize and present a state of the art view of several quantitative mode...
AbstractIn an organization operating in the bancassurance sector we identified a low-risk IT subport...
Timing analysis is the application of one or more well-established predictive methods to derive the ...
Requirements volatility is an important risk factor for soft-ware projects. Software measures can he...
The testing phase of a software product can be costly and time-consuming due to the effort required ...
Software systems evolve over time incrementally and sections of code are modified. But, how much doe...
The amount of software in modern cars is significant and isgrowing with releases of new cars. The ev...
Management are keen to maximize the life span of an information system because of the high cost, org...