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Software development / Domain-specific modeling / Profile / UML tool / Modeling and Analysis of Real Time and Embedded systems / Modeling language / Node / OpenCL / Model-driven architecture / Unified Modeling Language / Software engineering / Data modeling


Heterogeneous Multi-core Systems: UML Profiles vs. DSM Approaches David McKean Jonathan Sprinkle
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Document Date: 2012-10-12 06:21:37


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File Size: 95,51 KB

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City

Rapport / Introduction Model / /

Company

Object Management Group / Nvidia / Real-Time Embedded Systems / Intel / Microsoft / Approaches David McKean Jonathan Sprinkle Advanced Fusion Technologies / /

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IndustryTerm

software engineering / interconnection network / software aspects / software blocks / software applications / client/server / heterogeneous applications / executable systems / computing / heterogeneous multi-core systems / technology architecture / virtual processors / software application / physical processors / software application development / /

Organization

UML’s MARTE / HAD UML / National Science Foundation / PGAS DSM / MARTE UML / University of Arizona / /

Person

Oliveira Rodrigues / /

Position

researcher / unified programming model for many-cores / General / /

ProgrammingLanguage

Unified Modeling Language / SMX / XML schema / C++ / /

PublishedMedium

IEEE Transactions on Computers / /

Technology

analysis algorithms / 2 virtual processors / shared memory / client/server / make defining the analysis algorithms / /

SocialTag