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What is EOP

Chapter 10
Handbook of Research on Architectural Trends in Service-Driven Computing
Exertion-oriented programming (EOP) is a programming paradigm that represents concepts as “services proxies”, called exertions, that have hierarchically organized data contexts (attributes that describe the service data), control contexts (attributes that describe the service control strategy), and signatures to associated service providers. The associated providers collaborate according to control strategies imposed by control contexts to process data contexts of the service federation created at runtime.
Published in Chapter:
A Service-Oriented Computing Platform: An Architecture Case Study
Michael Sobolewski (United States Air Force Research Laboratory, USA & Polish-Japanese Institute of Information Technology, Poland)
Copyright: © 2014 |Pages: 36
DOI: 10.4018/978-1-4666-6178-3.ch010
Abstract
In Service-Driven Computing, the client-server architecture describes the relationship of cooperating programs in a distributed application. The providers of a resource or service execute workloads submitted by service requestors. Web service, Grid, and Cloud Computing technologies are based on the client-server architecture. A true service-oriented architecture describes everything, anywhere, anytime as a service. This chapter presents the SORCER (Service-ORiented Computing EnviRonment) platform, which provides service-oriented modeling or programming or both (mogramming) environments within its operating system that runs front-end service-oriented mograms and dynamically manages corresponding federations of local and remote service providers. The architecture of SORCER is described with the focus on service-oriented mogramming, service context-awareness, and its operating system managing everything as a service type. A case study report illustrates how SORCER is used for a conceptual design of the next generation of efficient supersonic air vehicles.
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