Detail publikace
Formal-based Component Model with Support of Mobile Architecture
Originální název
Formal-based Component Model with Support of Mobile Architecture
Anglický název
Formal-based Component Model with Support of Mobile Architecture
Jazyk
en
Originální abstrakt
In this article, an approach to modelling of component-based systems and formal description of their behaviour is proposed. It is based on a novel component model defined by a metamodel in a logical view and by description in the pi-calculus in a process view. The model addresses dynamic aspects of software architectures including component mobility. Furthermore, a method of behavioural modelling of service-oriented architectures is proposed to pass smoothly from service to component level and to describe behaviour of a whole system as a single pi-calculus process. The support of dynamic architecture and the integration with service-oriented architecture compromise the main advantages of the approach.
Anglický abstrakt
In this article, an approach to modelling of component-based systems and formal description of their behaviour is proposed. It is based on a novel component model defined by a metamodel in a logical view and by description in the pi-calculus in a process view. The model addresses dynamic aspects of software architectures including component mobility. Furthermore, a method of behavioural modelling of service-oriented architectures is proposed to pass smoothly from service to component level and to describe behaviour of a whole system as a single pi-calculus process. The support of dynamic architecture and the integration with service-oriented architecture compromise the main advantages of the approach.
BibTex
@article{BUT50544,
author="Marek {Rychlý}",
title="Formal-based Component Model with Support of Mobile Architecture",
annote="In this article, an approach to modelling of component-based systems and formal
description of their behaviour is proposed. It is based on a novel component
model defined by a metamodel in a logical view and by description in the
pi-calculus in a process view. The model addresses dynamic aspects of software
architectures including component mobility. Furthermore, a method of behavioural
modelling of service-oriented architectures is proposed to pass smoothly from
service to component level and to describe behaviour of a whole system as
a single pi-calculus process. The support of dynamic architecture and the
integration with service-oriented architecture compromise the main advantages of
the approach.",
address="NEUVEDEN",
chapter="50544",
edition="NEUVEDEN",
howpublished="online",
institution="NEUVEDEN",
number="1",
volume="2",
year="2010",
month="june",
pages="13--25",
publisher="NEUVEDEN",
type="journal article - other"
}