Proposal for the tutorial at ISMAR 2012 Adaptive Augmented Reality ...

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ISMAR community. We find the role of biosening in detecting interest in the AR context as very interesting/novel for attendees. - The presented AR system is based on the new generation of AR see-through glasses, that has been developed by Fraunhofer, initially in the project iSTAR and continued within ARtSENSE. The experience with glasses would be quite interesting for the ISMAR community, especially because of the recent huge hype around the Google Glas project (https://plus.google.com/111626127367496192147/posts). We hope to be able to present a comprehensive analysis about what can (and cannot) be realized in the future AR glasses (e.g. based on advertised information, Google AR glasses will not support eye-tracking, like in our case). Target Audience The content of the tutorial should be interesting to everyone, emphasizing the attention of the research community for the topic 1 from the Motivation section and the industry/application community for the topic 2. Since the examples that will be presented in the tutorial will be taken from the Cultural Heritage and Art domain, these communities will be benefiting much from our experience in applying cutting edge technologies in these domains Outline of the Tutorial: 1. Adaptive Augmented Reality (A 2 R): 1.5 h 1.1. Motivation, State of the Art and Use cases overview 1.2. Requirements from use cases 1.3. A 2 R: Foundation 1.3.1. Sensing 1.3.1.1. Acoustic sensing 1.3.1.2. Visual sensing 1.3.1.3. Gesture recognition 1.3.1.4. Biosensng 1.3.2. Interpretation 1.3.2.1. Signal Fusion 1.3.2.2. Complex Event Processing 1.3.2.3. User’s Attention and Interest 1.3.3. Action 1.3.3.1. Recommendation 1.3.3.2. Execution 1.3.3.3. Adaptation Loop 1.4. A 2 R: Challenges 1.4.1. Metatadata provisioning 1.4.2. Performances 1.4.3. Precision of models 2. Demonstration of the technology: 30 min Selected scenarios (to be detailed later on) 3. Potential of and Applications for A 2 R: 45 min 3.1. Application potential: overview
3.2. Cultural heritage: Better Information provisioning 3.3. Art: Fostering Creativity 3.4. Google Glas project: go’s and no go’s 4. Concluding remarks: 15 min Learning Objectives 1. To learn what is challenging for the AR community when going into Big Data scenarios 2. To understand the role of multisensing and real-time adaption in such scenarios 3. To understand the limitation/potential of the biosensing technologies for engaging and nonintrusive AR systems 4. To learn participatory design methods and tools requested for developing A 2 R systems It will be an interactive tutorial. Experienced presenters will be provoking questions from the audience in order to monitor learning success. Material will be provided well in advance Form of Presentation The tutorial will be provided in the form of slides and demonstration activities Expected # of attendees Around thirty attendees can be accommodated Planned demo has been presented several times on different occasions (most recently, ESWC conference, May 2012, next planned DEBS conference, July 2012) An early version of this tutorial was presented in SIMESITEM 2012 in Louvre, Paris, January 2012. (Video: http://www.youtube.com/watch?v=BnbGllVQMYQ). Publicizing Tutorials There will be the web page dedicated to the tutorial: ISMAR2012-tutorial.iCEP.fzi.de. Different email lists will be used for announcing the tutorial. Twitter will be used for spreading the word. Presenter Bios and Contact Information for Presenters Nenad Stojanovic, FZI Karslruhe, Germany, Nenad.Stojanovic@fzi.de Dr. Nenad Stojanovic is the project leader in IPE. He received the MSc in computer science from the University of Nis / Serbia and the PhD degree from the University of Karlsruhe (thesis on Ontology-Based Information Retrieval). He has worked in and has had the technical management of several EU as well as bmbf propjects (national German funding) in the area of applying semantic technologies for knowledge based systems. In this area, he also participates in industry consulting projects. He published more than 70 technical papers in international journals, conferences, and workshops in the areas of applications of ontologies and machine learning. He is initiator and co-chair of several workshop serials in the area of Semantic Web and Complex Event processing on prominent research conferences. He was co-organizer of the AAAI 2009 Spring Symposia on Intelligent Event Processing Teaching experience: 1996-2000, University of Nis, Serbia, 2001-2006 University of Karlsruhe, Germany Recent conference tutorials: ESWC 2011, Semantic technologies for real-time data processing: state of the art, application opportunities and challenges DEBS 2011, Grand Challenge: The Global Event Processing Fabric and its Applications
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