UniWaRe : Hartmann04Actors
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Most recent edit on 2005-10-10 13:52:44 by SiteAdmin [Remove "BibTeX", since this would be a missing page]
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Edited on 2005-10-10 13:47:21 by SiteAdmin [Add keywords, minor layout fixes]
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The steadily increasing complexity of embedded systems requires comprehensive methodologies, that support the design process from the highest possible abstraction level. In most of the currently available frameworks, the joint description of hardware and software ends with the partitioning. Within this paper, we want to propose a new view of object-oriented systems, that allows the refinement of such systems from the abstract object-oriented description of the underlying algorithms down to the register transfer level within one single framework. The key contribution of this work is the separation of the representation of behaviour and its usage. We introduce a graph based model for the structural representation of concurrent object-oriented systems, that supports alternative behaviours as well as inheritance, polymorphism, reconfiguration and mobility.
currently available frameworks, the joint description of hardware and software ends with the parti-
tioning. Within this paper, we want to propose a new view of object-oriented systems, that allows
the refinement of such systems from the abstract object-oriented description of the underlying al-
gorithms down to the register transfer level within one single framework. The key contribution of
this work is the separation of the representation of behaviour and its usage. We introduce a graph
based model for the structural representation of concurrent object-oriented systems, that supports
alternative behaviours as well as inheritance, polymorphism, reconfiguration and mobility.
currently available frameworks, the joint description of hardware and software ends with the parti-
tioning. Within this paper, we want to propose a new view of object-oriented systems, that allows
the refinement of such systems from the abstract object-oriented description of the underlying al-
gorithms down to the register transfer level within one single framework. The key contribution of
this work is the separation of the representation of behaviour and its usage. We introduce a graph
based model for the structural representation of concurrent object-oriented systems, that supports
alternative behaviours as well as inheritance, polymorphism, reconfiguration and mobility.
CategoryPublications
Deletions:
BibTeX
Edited on 2005-10-10 13:47:21 by SiteAdmin [Add keywords, minor layout fixes]
Additions:
Keywords
System-Level Design, Internal Representation, Object-oriented Programming, Behaviour AlternativesThe steadily increasing complexity of embedded systems requires comprehensive methodologies, that support the design process from the highest possible abstraction level. In most of the currently available frameworks, the joint description of hardware and software ends with the partitioning. Within this paper, we want to propose a new view of object-oriented systems, that allows the refinement of such systems from the abstract object-oriented description of the underlying algorithms down to the register transfer level within one single framework. The key contribution of this work is the separation of the representation of behaviour and its usage. We introduce a graph based model for the structural representation of concurrent object-oriented systems, that supports alternative behaviours as well as inheritance, polymorphism, reconfiguration and mobility.
Author = {Hartmann, Philipp A. and Anlauf, Joachim K.},
Title = {On {A}ctors and {O}bjects -- {OOP} in {S}ystem {L}evel {D}esign},
BookTitle = {F{DL}'04 -- {F}orum on {S}pecification and {D}esign {L}anguages},
Address = {Lille, France},
month = sep,
year = 2004
Deletions:
The steadily increasing complexity of embedded systems requires comprehensive methodolo-
gies, that support the design process from the highest possible abstraction level. In most of theTitle = {On {A}ctors and {O}bjects -- {OOP} in {S}ystem {L}evel {D}esign},
BookTitle = {F{DL}'04 -- {F}orum on {S}pecification and {D}esign {L}anguages},
Address = {Lille, France},
month = sep,
year = 2004
Deletions:
The steadily increasing complexity of embedded systems requires comprehensive methodolo-
currently available frameworks, the joint description of hardware and software ends with the parti-
tioning. Within this paper, we want to propose a new view of object-oriented systems, that allows
the refinement of such systems from the abstract object-oriented description of the underlying al-
gorithms down to the register transfer level within one single framework. The key contribution of
this work is the separation of the representation of behaviour and its usage. We introduce a graph
based model for the structural representation of concurrent object-oriented systems, that supports
alternative behaviours as well as inheritance, polymorphism, reconfiguration and mobility.
Author = {Hartmann, Philipp A. and Anlauf, Joachim K.},
Title = {On {A}ctors and {O}bjects -- {OOP} in {S}ystem {L}evel {D}esign},
BookTitle = {F{DL}'04 -- {F}orum on {S}pecification and {D}esign {L}anguages},
Address = {Lille, France},
month = sep,
year = 2004
Oldest known version of this page was edited on 2005-10-10 13:41:29 by SiteAdmin [Page created]
Title = {On {A}ctors and {O}bjects -- {OOP} in {S}ystem {L}evel {D}esign},
BookTitle = {F{DL}'04 -- {F}orum on {S}pecification and {D}esign {L}anguages},
Address = {Lille, France},
month = sep,
year = 2004
Oldest known version of this page was edited on 2005-10-10 13:41:29 by SiteAdmin [Page created]
Page view:
On Actors and Objects - OOP in System Level Design
Authors
Philipp A. Hartmann, Joachim K. AnlaufPublished
Forum on Specification and Design Languages 2004, Lille, FranceAbstract
The steadily increasing complexity of embedded systems requires comprehensive methodolo-
gies, that support the design process from the highest possible abstraction level. In most of thecurrently available frameworks, the joint description of hardware and software ends with the parti-
tioning. Within this paper, we want to propose a new view of object-oriented systems, that allows
the refinement of such systems from the abstract object-oriented description of the underlying al-
gorithms down to the register transfer level within one single framework. The key contribution of
this work is the separation of the representation of behaviour and its usage. We introduce a graph
based model for the structural representation of concurrent object-oriented systems, that supports
alternative behaviours as well as inheritance, polymorphism, reconfiguration and mobility.
BibTeX
@InProceedings{hartmann04actors,
Author = {Hartmann, Philipp A. and Anlauf, Joachim K.},
Title = {On {A}ctors and {O}bjects -- {OOP} in {S}ystem {L}evel {D}esign},
BookTitle = {F{DL}'04 -- {F}orum on {S}pecification and {D}esign {L}anguages},
Address = {Lille, France},
month = sep,
year = 2004
}Resources
CategoryPublications
