Current cost estimating techniques do not adequately address the problem of predicting avionics embedded software support costs. This limitation results primarily from an inadequate understanding of how those costs are generated and from a scarcity of historical data on avionics software support and the resultant costs. The objectives of this Phase I study of the Predictive Software Cost Model (PSCM) program were to determine the feasibility of a model to predict those costs and to generate a roadmap for development of such a model. The feasibility of such a model was established. It will include the six key resource types required to support avionics software: personnel, support hardware, support software, facilities (buildings), program documentation and flight test aircraft/ranges. Some preliminary estimating relationships were identified. A detailed roadmap for developing the model was generated. Phase II of the PSCM program will provide an operating model for predicting avionics embedded software support costs.
Predictive Software Cost Model Study. Volume I. Final Technical Report
1980
181 pages
Report
Keine Angabe
Englisch
Avionics , Management Practice , Cost models , Cost effectiveness , Computer program documentation , User needs , Programming languages , Data bases , Life cycle costs , Cost estimates , Cost analysis , Economic models , Personnel management , Test and evaluation , PSCM(Predictive Software Cost Mode) , Embedded computers
Low Cost Launch Vehicle Study Final Technical Report
NTIS | 1969
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