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Article title MATHEMATICAL MODEL TO ASSESS THE FEASIBILITY CREATING SOFTWARE FOR SUPERCOMPUTERS BASED ON SYSTEMS OF MASS SERVICE
Authors V.V. Korobkin, A.E. Kolodenkova, V.P. Povarov
Section SECTION II. MATHEMATICAL AND SOFTWARE OF SUPERCOMPUTERS
Month, Year 12, 2014 @en
Index UDC 004.413.4; 519.252
DOI
Abstract In the present work discusses the current problems associated with the process of building software for supercomputers. It is revealed that the assessment of the implementation of themost software should be in the early stages of creation software order to reduce the Pro-flash risks when it is created, and the key factors of success and reduce the possibilities of failure of the project to create it. Proposed scheme of the design process in terms of the theory of mass service without priorities, as well as a mathematical model to assess the feasibility of the creation, which refers to the cost estimates of time to design each of the components (subroutines)that optimizer to the project design from the point of view of its cost component and the timing of its implementation; to reduce the possible project risks in their design, as well as to reduce administrative errors made by the project Manager. Provides an example of assessing the feasibility of creating software using the developed software system, written in C++, the main advantage is the availability of a large library that allows you to increase the speed of development, and cross-platform software system.

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Keywords Assessment of the feasibility of creating software; queueing system; alternative software; design time routines.
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