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SmartUni 2014 : Second International Workshop SMART UNIVERSITY 2014 | |||||||||||||||
Link: http://smartuni2014.workshop.hm/ | |||||||||||||||
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Call For Papers | |||||||||||||||
** Apologies if you receive multiple copies of this announcement ** ** Please forward to anyone who might be interested ** LAST CALL FOR PAPERS for the 2nd International Workshop SMART UNIVERSITY 2014 14 November 2014, University of West London, UK http://smartuni2014.workshop.hm ** Paper submission deadline (extended): 22 September, 2014** Sharing data and information and providing transparency are a basis for innovation and academic growth. Linking personal experience to group and university-wide experience helps develop an evidence-based view on the organisation. This new view helps revealing strengths and weaknesses of the organisation. Sensors can, for example, easily track temperature, humidity, and noise level in and outside the classroom; they can also help automatically determine actual class size. In addition, mobile sensing solutions can enhance social contexts and enable social media, especially offline interactions mediated by mobile phones or specialised sensors. By adopting Linked Data for the university as a platform, links can be set between internal organisational and sensor data and such external data sources as weather news or traffic feeds, thereby connecting these sources into a single information space. The use of a common data model enables the use of generic applications that operate on that information space. Additionally the common data model presents opportunities for deriving new insights from that information space. In this second workshop of the series we want to further explore the possibilities of acquiring and using contextual data. By letting students andteachers tell their story with automatically generated environmental and social data underpinning their story, the university as a platform can helpprospective studentsandlecturersmake an informed decision about their participation in the respective environment. For example, collectingsensor data on noise levels and temperature can help backing up quality complaints about co-located noisy classes or uncomfortable roomtemperatures. Low-cost motion detection and other sensors coupled with low-cost credit-card sized computers such as the Raspberry Pi open up opportunities to equip rooms with sensors. As the Raspberry Pi is a full-fledged computing device running one cannot only acquire data, but also process it in context. Additionally the sensor-hubs can form radio frequency based mesh networks allowing for an infrastructure independent communication of the acquired and pre-processed sensor data. Smartphones with their sensors and processing power could collect and provide additional information and context. Several types of contributions are of interest to this workshop, related to such areas as Context-aware Computing, Ambient Intelligence, Data Mining, Technology-enhanced Teaching and Learning, Linked Data, Pedagogy, Psychology, Explanation, Software Architectures, Embedded sensors. GOALS AND AUDIENCE The main goal of the Smart University workshop is to provide a forum for the discussion of trends, research issues and practical experiences in all the areas illustrated above, to understand the commonalities and differences and advance the state of the art in all of them. Ideally the workshop is able to forge shared goals and benefit from shared experiences. In addition to presentations this workshop will offer organised and open spaces for targeted discussions. We will invite participants to bring and demo their hardware and software at the workshop in a specific session. TOPICS OF INTEREST Suggested topics for contributions (not restricted to IT views): * Social software and context * Low-cost sensors and Linked Data * Improving learning and teaching experience using sensors * Data-driven pedagogy * Personalising big data for use in the teaching and learning environment * Ambient intelligence and teaching/learning * Scaling effects and approaches * Physical installation and maintenance of sensor/unit arrays * Context formalisation with regard to minimal effort/resource consumption * Educational data mining * Exploratory data mining and context analysis Submissions on additional topics are welcome as well. SUBMISSIONS AND STYLE Workshop submissions will be electronic, in pdf format only, using the EasyChair submission system linked from the workshop website. Papers must be written in English and not exceed 12 pages in the Springer LNCS format (see workshop website for details). At least one author of each accepted paper must register for the workshop and present the contribution in order to be published in the workshop proceedings. Three members of the program committee will review each submission. Those wishing to participate without a paper submission should submit a brief synopsis of their relevant work or a brief statement of interest. The papers will be published as online proceedings at CEUR-WS.org (http://CEUR-WS.org). The organising committee is considering issuing a post workshop publication as a special issue of UWL’s VISTAS journal. If you have questions please contact the chairs using the following email address: chairs@smartuni2014.workshop.hm (mailto:chairs@smartuni2014.workshop.hm). IMPORTANT DATES Submission of workshop papers: 22 September 2014 Notifications of acceptance: 6 October 2014 Camera-ready copies: 20 October 2014 Workshop: 14 November 2014 WORKSHOP SCHEDULE The schedule will be made available on the workshop website. See the workshop website for an agenda overview und links to past workshops. CHAIRS Martin Atzmueller, University of Kassel, Germany atzmueller (at) cs (dot) uni-kassel (dot) de Samia Oussena, University of West London, UK samia (dot) oussena (at) uwl (dot) ac (dot) uk Thomas Roth-Berghofer, University of West London, UK thomas (dot) roth-berghofer (at) uwl (dot) ac (dot) uk |
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