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A.: Composing distributed systems: Overcoming the interoperability challenge (2012)
| Venue: | In: HATS-FMCO International School |
| Citations: | 2 - 2 self |
BibTeX
@INPROCEEDINGS{Bennaceur12a.:composing,
author = {Amel Bennaceur},
title = {A.: Composing distributed systems: Overcoming the interoperability challenge},
booktitle = {In: HATS-FMCO International School},
year = {2012},
publisher = {Springer Verlag}
}
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Abstract
Abstract. Software systems are increasingly composed of independently-developed components, which are often systems by their own. This com-position is possible only if the components are interoperable, i.e., are able to work together in order to achieve some user task(s). However, interoperability is often hampered by the differences in the data types, communication protocols, and middleware technologies used by the com-ponents involved. In order to enable components to interoperate despite these differences, mediators that perform the necessary data translations and coordinate the components ’ behaviours appropriately, have been in-troduced. Still, interoperability remains a critical challenge for today’s and even more tomorrow’s distributed systems that are highly heteroge-neous and dynamic. This chapter introduces the fundamental principles and solutions underlaying interoperability in software systems with a spe-cial focus on protocols. First, we take a software architecture perspective and present the fundamentals for reasoning about interoperability and bring out mediators as a key solution to achieve protocol interoperability. Then, we review the solutions proposed for the implementation, synthe-sis, and dynamic deployment of mediators. We show how these solutions still fall short in automatically solving the interoperability problem in the context of systems of systems. This leads us to present the solution elaborated in the context of the European Connect project, which re-volves around the notion of emergent middleware, whereby mediators are synthesised on the fly. We consider the GMES (Global Monitoring of Environment and Security) initiative and use it to illustrate the different solutions presented.
Keyphrases
interoperability challenge software system user task spe-cial focus middleware technology independently-developed component communication protocol critical challenge european connect project emergent middleware necessary data translation software architecture perspective dynamic deployment data type fundamental principle interoperability problem different solution global monitoring protocol interoperability key solution
