DOI: https://doi.org/10.15407/pp2017.04.051

Reference model for Semantic Web adaptive composite service

О.A. Slabospitskaya

Abstract


An innovative Approach is substantiated for such a Semantic Web Service (ACS) on-line composing that is adaptive – able to change its behaviour to meet new requirements and to fit new (un)foreseen situations – and applicable by third parties for any composing method.  Reference Model is presented for ACS being considered as Dynamic Line of changeable Semantic Services for customers in target domain. The Basics for ACS engineering through Dynamic Variability Management over the Line are stated. ACS Diagnostic Variability Model to clarify its on-line adaptation Needs and Strategies is elaborated. The operations are formalized to implement the Strategies – namely, (un)anticipated change of the Component Services set, their interim Compositions’ structure and functions, ACS itself functions – with the isomorphism proposed between the Models of its functions and, respectively, Composite Services.

Putting Approach into practice enables effectiveness and efficiency increasing of business processes with the heterogeneous and unstable contexts usage and re-engineering.

Problems in programming 2017; 4: 051-065


Keywords


adaptive composite service; semantic Web service; dynamic software product line; dynamic variability; semantic Web services composition method; service discovery; adaptation operation; isomorphism; service-oriented software system

Full Text:

PDF (Ukrainian)

References


Andon P.I. The Problems and Opportunities of Programming in SEMANTIC WEB / P.I.Andon, L.P.Babenko // Problems of Programming. - 2012. - N 2-3. - P. 363-373. (In Ukrainian).

Kazhamiakin R. Adaptation of Service-Based Systems / R.Kazhamiakin, S.Benbernou, L.Baresi et al. // In: M. Papazoglou et al. (Eds.): Service Research Challenges and Solutions, LNCS 6500. Springer-Verlag Berlin Heidelberg, 2010. - P. 117-156 CrossRef

Alférez G.H. Facing uncertainty in Веб service compositions. / G.H.Alférez, V.Pelechano // Int. J. of Services Computing - 2014. - V.2. - N. 2. - P. 1-16. CrossRef

Alférez G. Dynamic Adaptation of Service Compositions with Variability Models / G.Alférez, V.Pelechano, R.Mazo // J. of Syst. and Software. - V. 91. - 2014. - P.24-47. CrossRef

Bucchiarone A. et al. Design for Adaptation of Service-Based Applications:Main Issues and Requirements // A. Dan, F. Gittler, and F. Toumani (Eds.): ICSOC/ServiceWave 2009. -LNCS 6275. - Springer-Verlag Berlin Heidelberg, 2010. - P. 467-476.

Nguyen T. Comprehensive Variability Modeling and Management for Customizable Process-Based Service Compositions / T.Nguyen, A.Colman, J.Han // In: Bouguettaya A. Веб Services Foundations - Springer: Science & Business Media, 2013. - P. 507-534 CrossRef

Bucchiarone A. et al. Domain Objects for Dynamic and Incremental Service Composition / A.Bucchiarone, M. De Sanctis, M. Pistore // In: Villari M.et al. (Eds.) Proc. ESOCC 2014, Manchester, UK - LNCS 8745, 2014. - P. 62-80. CrossRef

Kazhamiakin R. et al. Data-Flow Requirements for Dynamic Service Composition / R.Kazhamiakin, A.Marconi, M.Pistore // Proc. IEEE 20th International Conference on Веб Sevices - 2013. - P. 243-250. CrossRef

Kapuruge M. et al. Service orchestration as organization: Building multi-tenant service applications in the Cloud. / M.Kapuruge, J.Han, A.Colman - 2014 - 363 p. CrossRef

Zeginis C. Веб Service Adaptation: State of the art and Research Challenges. Technical Report 410 / C.Zeginis, D.Plexousakis - ICS-FORTH, 2010. - 66 p.

Rodríguez-Mier P. An Integrated Semantic Web Service Discovery and Composition Framework / P.Rodriguez-Mier, C.Pedrinaci, M. Mucientes, M.Lama, 2015. [Electronic resourse]. - Mode of access https://arxiv.org/pdf/1502.02840.pdf.

Bansal S. Generalized semantic Web service composition / S.Bansal, A.Bansal, G.Gupta, M.Brian Blake// Service Oriented Computing and Applications. - 2016. - V.10. - Is. 2. - P. 111-133. CrossRef

Slabospitskaya О.A. Technological model for the process of adaptive Web service composition engineering and exploiting / О.A. Slabospitskaya // Problems in Programming - 2015. - № 2. - P. 52- 62. (in Ukrainian).

Slabospickaya O. Feature Model of Software Product Line Enhancing to Enable Product Adaptability In: Bulletin of University of Kiev. Series: Physics & Mathematics, special issue, 2014. - P. 151-158. (in Ukrainian).

Moghaddam M. Service Selection in Web Service Composition: A Comparative Review of Existing Approaches / M. Moghaddam, J. Davis // In: Bouguettaya A. Веб Services Foundations - Springer: Science & Business Media, 2013. - P. 321-346. CrossRef

Capilla R. et al. An overview of Dynamic Software Product Line architectures and techniques: Observations from research and industry / R.Capilla // J. Syst. Software. - 2014. - P. 1-21. CrossRef

Van der Linden F. Software product lines in action: the best industrial practice in product line engineering. / F.Van der Linden, K.Schmid, E.Rommes - Heidelberg: Springer, 2007. - 340 p. CrossRef

ISO/IEC 26550:2015 Software and systems engineering. Reference model for product line engineering and management. Ed. 2. - 2015. - 35 p.

Lee K. Concepts and Guidelines of Feature Modeling for Product Line Software Engineering / K. Lee // 7th Int. Conf. on Software Reuse: proceedings. -Springer-Verlag, 2002. - P. 62-77. CrossRef

DR 0112U002764 Theoretical Fundamentals and Applied Issues Investigation of Applied Service-oriented Information Systems Engineering in Semantic Web. Research report (final). ). - К.: SSI NASU, 2016. - 280 p. (in Ukrainian).




DOI: https://doi.org/10.15407/pp2017.04.051

Refbacks

  • There are currently no refbacks.