A cloud-based architecture for transactional services adaptation
Abstract
Advances in wireless communications and mobility have increased the use of smart mobile applications. As a result of the remarkable increase of mobile devices and the pervasive wireless networks, a large number of mobile users are requiring personalization services customized to their context. The mobile cloud-computing paradigm from a context-aware perspective aims to find effective ways to make cloud services aware of the context of their customers and applications. Another major challenge for context-aware cloud services is to exploit the benefits of cloud computing to manage transaction processing throughout the life cycle of a service. In this paper, we focused on the need of loosely coupled context-supporting components that work with a transaction-aware service infrastructure to adapt services to the context of the user and his mobile device. We propose a cloud-based middleware for transactional service adaptation (CM4TSA) by adding the “Adaptation as a Service” layer into basic cloud architecture, to perform the correct execution of transactional service according to the user context.
Domains
Computer Science [cs] Software Engineering [cs.SE] Computer Science [cs] Embedded Systems Computer Science [cs] Cryptography and Security [cs.CR] Computer Science [cs] Human-Computer Interaction [cs.HC] Computer Science [cs] Hardware Architecture [cs.AR] Computer Science [cs] Modeling and Simulation
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