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DySCAS System Architecture

Chen, DeJiu (author)
KTH,Inbyggda styrsystem
Scholle, Detlef (author)
Enea Data AB
de Boer, Gerrit (author)
Bosch GmbH
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Törngren, Martin (author)
KTH,Inbyggda styrsystem
Persson, Magnus (author)
KTH,Inbyggda styrsystem
Naseer Qureshi, Tahir (author)
KTH,Inbyggda styrsystem
Anthony, Richard (author)
The University of Greenwich
Blom, Hans (author)
Volvo Technology AB
Pihl, Claes (author)
Volvo Technology AB
Granath, Johan (author)
Movimento AB
Sandberg, Jonas (author)
Systemite AB
Helt, Albert (author)
Daimler AG
Jahnich, Isabell (author)
University of Paderborn/C-LAB
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 (creator_code:org_t)
2007
English.
Series: DySCAS (Dynamically Self‐Configuring Automotive Systems), EU FP6 STREP (Grant: 34904)
  • Reports (peer-reviewed)
Abstract Subject headings
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  • This deliverable provides an architectural strategy and overall system design forthe DySCAS middleware system as a first step towards a complete systemspecification. The DySCAS Basic Architecture captures both the systemconceptualization and an initial function-level outline without consideringimplementation and technology details. It defines the middleware system in termsof its application and operational contexts, expected features, middleware servicesthat group functions, behaviours, as well as the structuring and implementationdecisions that are most crucial to satisfy the given set of requirements. In thisdocument, we also outline some fundamental strategies for binding themiddleware components to the target platforms and infrastructures and forhandling potential errors at both initialization-time and rum-time, while taking thetechnology support and domain needs into consideration.This deliverable also covers the rationale behind the architecture solutions andprovides a generic framework that relates architecture principles and styles, wellknownmechanisms, and reference models to the expected functionalities andqualities of DySCAS. The aim is to consolidate the proposed solutions and also tofacilitate the communications between DySCAS partners and to third-parties.

Subject headings

TEKNIK OCH TEKNOLOGIER  -- Elektroteknik och elektronik -- Inbäddad systemteknik (hsv//swe)
ENGINEERING AND TECHNOLOGY  -- Electrical Engineering, Electronic Engineering, Information Engineering -- Embedded Systems (hsv//eng)

Keyword

Self-Configuring
Middleware
automotive embedded system
software architecture

Publication and Content Type

ref (subject category)
rap (subject category)

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