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Real-time computing / Worst-case execution time / Visual programming languages / Simulink / LEON / Embedded system / Computer hardware / Electronics / Computing


Analysis of WCET in an experimental satellite software development∗ Jorge Garrido* , Daniel Brosnan* , Juan A. de la Puente* , Alejandro Alonso* , and Juan Zamorano* *
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Document Date: 2012-06-11 11:07:49


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City

ISA / Washington / DC / Berlin / /

Company

Rapita Systems Ltd. / The MathWorks Inc. / Real-Time Systems group / Creative Commons / Dagstuhl Publishing / Billy / /

Continent

Europe / /

Country

Germany / United States / Spain / /

/

Facility

pipeline of LEON2 / Technical University of Madrid / /

IndustryTerm

software system / real satellite mission / control algorithms / spacecraft on-board software / embedded on-board systems / cross product / satellite software development prediction / on-board spacecraft software / satellite computer board / technology demonstrator / aerospace engineers / embedded software development / satellite payload / integrity systems / experimental micro-satellite / on-board software applications / software context / compilation chain / level modelling tools / Software standards / satellite software development component / experimental satellite / ground-segment software / controller software / telecommunications hardware / software component / software development / satellite reference frame / control algorithm / final flight computer hardware / systems / experimental satellite software / immediate ceiling priority protocol / satellite sensors / satellite software development / code generation tools / attitude control algorithm / satellite software / on-board software / space applications / software architecture / on-board spacecraft software system / on-board software system / at developing an experimental micro-satellite / /

Organization

Research Triangle Park / Technical University of Madrid / Universidad Politécnica de Madrid / Instrumentation / Systems / and Automation Society / Spanish Ministry of Economy and Competitiveness / High-integrity Embedded Software Components Assembly / IEEE Computer Society / /

Person

José F. Ruiz / Jérôme Hugues / Juan Zamorano / Jan Staschulat / Christian Ferdinand / Alan Burns / Reinhard Wilhelm / Matteo Bordin / Enrico Mezzetti / Ignacio Da Riva / Tulika Mitra / Brian Dobbing / Andreas Ermedahl / Juan A. de la Puente / Peter Puschner / Reinhold Heckmann / Karl Johan Åström / David Whalley / Andy Wellings / Frank Mueller / Tullio Vardanega / Ada Letters / Stephan Thesing / Real / Javier Cubas / Jakob Engblom / Adam Betts / Jorge Garrido / Marco Panunzio / José Pulido / Per Stenström / Daniel Brosnan / Bill Editors / Assal Farrahi / Isabelle Puaut / Alejandro Alonso / /

Position

Editor / Prime Minister / manager / component model for on-board software applications / T_pm / ADCS controller / attitude controller / representative / controller / /

Product

RapiTime6 / /

ProgrammingLanguage

C / Ada / DC / Simulink / T / /

ProvinceOrState

Manitoba / North Carolina / /

PublishedMedium

Lecture Notes in Computer Science / /

TVStation

WCET / /

Technology

radiation / RAM / attitude control algorithm / Information Technology / Cache memory / control algorithm / ESA / LEON3 processor / SRAM / LEON2 processor / VHDL / control algorithms / immediate ceiling priority protocol / ORK technology / SDRAM / simulation / Digital Object Identifier / /

URL

http /

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