iComponent: A Platform Independent Component Model for Dynamic Execution Environments

Service-oriented component models support the dynamic availability of components at run-time and offer the possibility to build dynamically adaptable applications. However, building service-oriented components is a complex task due to the complexity of service-oriented frameworks. In this context to...

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Bibliographic Details
Published in:Symbolic and Numeric Algorithms for Scientific Computing, Proceedings pp. 257 - 264
Main Authors: Lazar, I., Parv, B., Motogna, S., Czibula, I.-G., Lazar, C.-L.
Format: Conference Proceeding
Language:English
Published: IEEE 01.09.2008
Subjects:
Application software
Availability
Business
Computer science
Integrated circuit modeling
Java
Logic programming
Runtime environment
Scientific computing
Unified modeling language
ISBN:0769535232, 9780769535234
Online Access:Get full text
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Summary:Service-oriented component models support the dynamic availability of components at run-time and offer the possibility to build dynamically adaptable applications. However, building service-oriented components is a complex task due to the complexity of service-oriented frameworks. In this context today frameworks try to simplify the component development by allowing developers to concentrate only on implementing the business logic of the component and then to configure declaratively the component deployment. In this paper we present a platform-independent component model, iCOMPONENT, which provides these features. We also define a UML profile for constructing components as UML models according to the OMG's model driven architecture. This work is part of a series refering to COMDEVALCO - a framework for software component definition, validation, and composition. As part of COMDEVALCO framework we present a tool for executing UML components expressed in terms of the proposed component model.
ISBN:0769535232
9780769535234
DOI:10.1109/SYNASC.2008.71