Integration and service composition based on model

Author:

Dyvak Yu.ORCID, ,Mamedov T.,

Abstract

In the paper we would like to introduce a frame- work for designing and developing Semantic Web Service application that integrates a several enterprises and composes results from a different services by applying techniques, methodologies and notations provided by Software Engineering and Business process modeling. We propose to use existing business modeling techniques (BPMN, BPLWS, OWL-S, WSDL, WebML) for modeling the cross enterprise processes, for enterprise integrations and web service compositions. The main purpose is to designing and developing semantically rich Web applications, with semiautomatic defining semantic descriptions from the business process model that increase the efficiency of design and decrease the extra work necessary for processing semantically annotated information which passing through the enterprises.

Publisher

National Academy of Sciences of Ukraine (Co. LTD Ukrinformnauka) (Publications)

Reference5 articles.

1. Dyvak Y. A. (2021) Analytical review of existing approaches to integration of program systems.

2. Brambilla M., Celino I., Ceri S., Cerizza D., Della Valle E., Michele Facca F., (2006) A Software Engineering Approach to Design and Development of Semantic Web Service Applications.

3. Andon P. I. (2014) The Problems of programming in the semantic web environment. UkrPROG'2014

4. Arpinar B., Aleman-Meza B., Zhang R., Maduko A., (2012) Ontology-driven Web services composition platform.

5. C. Pedrinaci, D. Liu, M. Maleshkova, D. Lambert (2014) iServe: a Linked Services Publishing Platform

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