Title :
A Broad, Quantitative Model for Making Early Requirements Decisions
Author :
Feather, Martin S. ; Cornford, Steven L. ; Hicks, Kenneth A. ; Kiper, James D. ; Menzies, Tim
Author_Institution :
Jet Propulsion Lab., Pasadena
Abstract :
Although detailed information is typically scarce during a project´s early phases, developers frequently need to make key decisions about trade-offs among quality requirements. Developers in many fields-including systems, hardware, and software engineering-routinely make such decisions on the basis of a shallow of the situation or on past experience, which might be irrelevant to the current a consequence, developers can get locked into what is ultimately an inferior design or pay a significant price to reverse such earlier decisions later in the process. By coarsely quantifying relevant factors, a risk-assessment model helps hardware and software engineers make trade-offs among quality requirements early in development.
Keywords :
decision making; formal specification; project management; risk management; software development management; software quality; hardware engineering; project risk-assessment model; quality requirements decision making; quantitative model; software engineering; systems engineering; Application software; Decision making; Feathers; Hardware; Laboratories; Project management; Propulsion; Software quality; Space technology; Space vehicles; cost estimation; data mining; decision support; information visualization; management; optimization; requirements analysis; requirements elicitation; risk management;
Journal_Title :
Software, IEEE