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The following topics are dealt with: Internet; crowdsourcing; software engineering; cyber security; successive iterative decoding; correlated Rayleigh fading envelope; pseudorandom phase generation; nonuniform signal constellation; network coding; mobile Web service; mobile Web services; fault tolerant architecture; context aware approach; arabic language processing; smart grid; video techniques;...
The SHELL project aims at implementing state of art technologies in the domains of Wireless Sensor Networks, Ambient Intelligence, Context Awareness, Automated Learning, in order to design a new concept for assisting people affected by mental diseases or living alone. The goal to achieve is a modular device kit system, easy to deploy and to use, which will be able to learn to peculiar habits of the...
The following topics are dealt with: ubiquitous computing; wireless sensor network; image resizing; image restoration; neural network; context-aware services; smart homes; digital photography; peer to peer network; content retrieval; channel matrix; singular value decomposition; mobile ad hoc networks; Web interface; ontology ranking algorithm; semantic Web; distributive RFID system; cloud computing;...
In this paper, we propose a web-based Japanese mimicry and onomatopoeia learning assistant system (JAMIOLAS). In our previous studies, we have proposed context-aware language learning assistant systems that used wearable sensor and sensor network respectively, and attended good results. In order to use this learning model in broader area and more general scene, we are trying to realize the system...
Ad-hoc sensor networks provide a cheap and scalable technology for constructing pervasive learning assessment systems that are embedded in physical environments. This paper proposes an extension to the QTI assessment standard that supports localized sensor data from sensor networks by incorporating the Sensor-ML notation. This extension can lead to a new class of pervasive learning environments where...
While sensor networks have become an evolving technology that has a wide range of potential applications in ubiquitous computing. In ubiquitous learning environment, education is happening all around the learner but the learner may not even be conscious of the learning process. Wireless sensor networks play an important role in collecting learner's contextual information in ubiquitous learning. Firstly,...
Context aware ubiquitous learning is pervasive and persistent, allowing learners to access education calmly, flexibly and seamlessly. The objective of context aware ubiquitous learning is to move e- learning and mobile learning a step further from learning at anytime anywhere to be at the right time and right place with right learning resources and right learning peers. In recent years, wireless sensor...
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