Architecture for Adaptable Component Based Mobile Systems: End User Driven Real Life Tagging for Individualized Context-Awareness
نویسندگان
چکیده
The palpable computing paradigm aims to support user control by composing and decomposing assemblies of devices and services, which communicate and exchange data. As a product of a research project, conducted by University of Siegen and Fraunhofer Institute of Applied Information System, we have developed a Context-Aware Adaptable System (CAAS) architecture. This architecture has both adaptive and adaptable nature. In this research paper, we would like to describe the addition of RFID technology in a prototype based on the CAAS architecture. Through the RFID technology users of the prototype will be able to define contexts of use by using small RFID tags.
منابع مشابه
Context-aware adaptation for component-based pervasive computing systems
Developing and deploying context-aware mobile and pervasive applications that are adaptable to a broad range of high-end and lowend systems is a daunting task. The contribution of our research within the pervasive computing domain is a context-awareness infrastructure developed in the framework of the CoDAMoS project. The infrastructure provides runtime support for context-driven adaptation of ...
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