Preliminary Design Review / IBM / Wiley InterScience / Rational Inc. / Bell Labs / GTE / TRW / Wiley Periodicals Inc. / SOFTWARE-INTENSIVE SYSTEMS / Honourcode Inc. / / /
Facility
University of South Australia / University of Southern California / Massachusetts Institute of Technology / /
IndustryTerm
already-developed software / larger software projects / software engineering / overall systems / user interface software / large software projects / minimal software systems / job doing systems / software projects / improved software systems / size systems / inadequate systems / software system requirements / front systems / telecommunications / software cost / much systems / software development effort / Recent systems / software development diseconomies / real time process control software projects / software cost-to-fix / information technology applications / risk software / insufficient software architecture / software architecture / electronic services / software development / software systems / software system sizes / /
Organization
USC Center / University of South Australia / University of Southern California / Los Angeles / Center for Systems & Software Engineering / Massachusetts Institute of Technology / International Council on Systems Engineering / /
Person
Barry Boehm / /
Position
Author / driver / risk-driven concurrent engineering spiral model / estimation model / model / architect / manager making budget decisions / representative / RESL driver / /
ProgrammingLanguage
Ada / FL / /
ProvinceOrState
South Australia / Southern California / Florida / California / Massachusetts / /
Region
South Australia / Southern California / /
Technology
information technology / 90089 2 Massachusetts Institute of Technology / operating system / process control / packet-switched / /
Regular Paper The ROI of Systems Engineering: Some Quantitative Results for Software-Intensive Systems