Middleware and application adaptation requirements and their support in pervasive computing
Christian Becker, Gregor Schiele
Abstract
Christian Becker, Gregor Schiele
Abstract
Pervasive computing environments are characterized by an additional heterogeneity compared to existing computing infrastructures. Devices ranging from small embedded systems to full-fledged computers are connected via spontaneously formed networks. In this paper we analyze requirements of applications and system software to cope with the dynamically changing execution environment. Based on our micro-broker-based middleware BASE a component framework for pervasive computing supporting application adaptation is proposed.
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Pervasive computing environments are characterized by an additional heterogeneity compared to existing computing infrastructures. Devices ranging from small embedded systems to full-fledged computers are connected via spontaneously formed networks. In this paper we analyze requirements of applications and system software to cope with the dynamically changing execution environment. Based on our micro-broker-based middleware BASE a component framework for pervasive computing supporting application adaptation is proposed.
Key concepts: Middleware (distributed applications), Computer science, Ubiquitous computing, Adaptation (eye), Context-aware pervasive systems, Distributed computing, Component (thermodynamics), End-user computing