A case study of hierarchically heterogeneous application modelling using UML and Ptolemy II

S. Maatta; L.S. Indrusiak; L. Ost; L. Moller; M. Glesner; F.G. Moraes; J. Nurmi

doi:10.1109/ISSOC.2010.5625554

A case study of hierarchically heterogeneous application modelling using UML and Ptolemy II

S. Maatta, L.S. Indrusiak, L. Ost, L. Moller, M. Glesner, F.G. Moraes, J. Nurmi

Computer Science

Research output: Contribution to conference › Paper › peer-review

Abstract

The heterogeneity of the state-of-the art embedded systems containing multicore platforms requires the application design flow to enable the creation of parallel applications using multiple Models of Computation. Components of such systems may interact in various ways, often using ad hoc methods. However, due to the poor reusability and analysability of ad hoc solutions, more structured approaches to heterogeneous modelling are needed. This paper takes advantage of the hierarchically heterogeneous modelling style of the Ptolemy II framework and presents a case study of building and simulating an autonomous vehicle application model using various Models of Computation.

Original language	English
Pages	68 -71
DOIs	https://doi.org/10.1109/ISSOC.2010.5625554
Publication status	Published - 1 Sept 2010

Keywords

Ptolemy II
UML
ad hoc methods
autonomous vehicle application model
heterogeneous modelling
hierarchically heterogeneous application modelling
multicore platforms
state-of-the art embedded systems
Unified Modeling Language
embedded systems
multiprocessing systems

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10.1109/ISSOC.2010.5625554

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abstract = "The heterogeneity of the state-of-the art embedded systems containing multicore platforms requires the application design flow to enable the creation of parallel applications using multiple Models of Computation. Components of such systems may interact in various ways, often using ad hoc methods. However, due to the poor reusability and analysability of ad hoc solutions, more structured approaches to heterogeneous modelling are needed. This paper takes advantage of the hierarchically heterogeneous modelling style of the Ptolemy II framework and presents a case study of building and simulating an autonomous vehicle application model using various Models of Computation.",

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AU - Ost, L.

AU - Moller, L.

AU - Glesner, M.

AU - Moraes, F.G.

AU - Nurmi, J.

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AB - The heterogeneity of the state-of-the art embedded systems containing multicore platforms requires the application design flow to enable the creation of parallel applications using multiple Models of Computation. Components of such systems may interact in various ways, often using ad hoc methods. However, due to the poor reusability and analysability of ad hoc solutions, more structured approaches to heterogeneous modelling are needed. This paper takes advantage of the hierarchically heterogeneous modelling style of the Ptolemy II framework and presents a case study of building and simulating an autonomous vehicle application model using various Models of Computation.

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KW - UML

KW - ad hoc methods

KW - autonomous vehicle application model

KW - heterogeneous modelling

KW - hierarchically heterogeneous application modelling

KW - multicore platforms

KW - state-of-the art embedded systems

KW - Unified Modeling Language

KW - embedded systems

KW - multiprocessing systems

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ER -

A case study of hierarchically heterogeneous application modelling using UML and Ptolemy II

Abstract

Keywords

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