Tampere University of Technology

TUTCRIS Research Portal

On service composition - dynamic formation and orchestration of service workflows

Research output: Chapter in Book/Report/Conference proceedingChapterScientificpeer-review

Standard

On service composition - dynamic formation and orchestration of service workflows. / Lobov, Andrei.

Open Knowledge-Driven Manufacturing and Logistics - The eScop Approach. ed. / Stanislaw Strzelczak; Pavel Balda; Marco Garetti; Andrei Lobov. Warsaw University of Technology Publishing House, 2015. p. 311-319.

Research output: Chapter in Book/Report/Conference proceedingChapterScientificpeer-review

Harvard

Lobov, A 2015, On service composition - dynamic formation and orchestration of service workflows. in S Strzelczak, P Balda, M Garetti & A Lobov (eds), Open Knowledge-Driven Manufacturing and Logistics - The eScop Approach. Warsaw University of Technology Publishing House, pp. 311-319.

APA

Lobov, A. (2015). On service composition - dynamic formation and orchestration of service workflows. In S. Strzelczak, P. Balda, M. Garetti, & A. Lobov (Eds.), Open Knowledge-Driven Manufacturing and Logistics - The eScop Approach (pp. 311-319). Warsaw University of Technology Publishing House.

Vancouver

Lobov A. On service composition - dynamic formation and orchestration of service workflows. In Strzelczak S, Balda P, Garetti M, Lobov A, editors, Open Knowledge-Driven Manufacturing and Logistics - The eScop Approach. Warsaw University of Technology Publishing House. 2015. p. 311-319

Author

Lobov, Andrei. / On service composition - dynamic formation and orchestration of service workflows. Open Knowledge-Driven Manufacturing and Logistics - The eScop Approach. editor / Stanislaw Strzelczak ; Pavel Balda ; Marco Garetti ; Andrei Lobov. Warsaw University of Technology Publishing House, 2015. pp. 311-319

Bibtex - Download

@inbook{f85c6e847558412383582d3a9c5a0983,
title = "On service composition - dynamic formation and orchestration of service workflows",
abstract = "Service-oriented approach to system engineering makes engineers to rethink the way to build and maintain a system. Use of Web Service technologies enables to remove rigid connections between software components to reassemble them dynamically at run-time according to the actual needs of applications. Such an approach can in some cases provide additional necessary functionality, which may not have been envisioned at the design time. This chapter presents an approach to orchestration allowing dynamic formation of service hierarchies in in-line with production needs, which allows tracking on all the existing service workflows. Hence the locus of control for the overall system is kept. The use of eScop Manufacturing System Ontology (MSO) for orchestration purposes is also proposed to keep the track on orchestration workflows.",
author = "Andrei Lobov",
year = "2015",
language = "English",
isbn = "978-83-7814-440-3",
pages = "311--319",
editor = "Stanislaw Strzelczak and Pavel Balda and Marco Garetti and Andrei Lobov",
booktitle = "Open Knowledge-Driven Manufacturing and Logistics - The eScop Approach",
publisher = "Warsaw University of Technology Publishing House",

}

RIS (suitable for import to EndNote) - Download

TY - CHAP

T1 - On service composition - dynamic formation and orchestration of service workflows

AU - Lobov, Andrei

PY - 2015

Y1 - 2015

N2 - Service-oriented approach to system engineering makes engineers to rethink the way to build and maintain a system. Use of Web Service technologies enables to remove rigid connections between software components to reassemble them dynamically at run-time according to the actual needs of applications. Such an approach can in some cases provide additional necessary functionality, which may not have been envisioned at the design time. This chapter presents an approach to orchestration allowing dynamic formation of service hierarchies in in-line with production needs, which allows tracking on all the existing service workflows. Hence the locus of control for the overall system is kept. The use of eScop Manufacturing System Ontology (MSO) for orchestration purposes is also proposed to keep the track on orchestration workflows.

AB - Service-oriented approach to system engineering makes engineers to rethink the way to build and maintain a system. Use of Web Service technologies enables to remove rigid connections between software components to reassemble them dynamically at run-time according to the actual needs of applications. Such an approach can in some cases provide additional necessary functionality, which may not have been envisioned at the design time. This chapter presents an approach to orchestration allowing dynamic formation of service hierarchies in in-line with production needs, which allows tracking on all the existing service workflows. Hence the locus of control for the overall system is kept. The use of eScop Manufacturing System Ontology (MSO) for orchestration purposes is also proposed to keep the track on orchestration workflows.

M3 - Chapter

SN - 978-83-7814-440-3

SP - 311

EP - 319

BT - Open Knowledge-Driven Manufacturing and Logistics - The eScop Approach

A2 - Strzelczak, Stanislaw

A2 - Balda, Pavel

A2 - Garetti, Marco

A2 - Lobov, Andrei

PB - Warsaw University of Technology Publishing House

ER -