OneSpace proposes to contribute to the cross-domain exploration of how Internet technologies and spatial notions co-exist and evolve.
One of the most important effects of the Internet and of the Web has been to relax spatial and temporal constraints on human activities – the so called "space-time collapse" – allowing fast global access to information as well as to physical resources and services. Recently this movement accelerated, due to the success of mobile devices such as the iPhone allowing almost ubiquitous mobile access to the Internet, to the generalisation of digital social interaction through platforms such as Facebook and Twitter, to the virtual environments provided on gaming platforms enabled by the Internet, instant communication supported by popular VOIP providers such as Skype, and an emerging web of things. Many now spend as much time involved in digital spaces over the Internet than in "real" ones, and continuously update the digital with elements of their physical life in "lifestreaming" process. Moreover reality itself is augmented by information collected from the Internet, through the increasing availability of GPS devices that ease location based search, or through "magic-lense" based applications that add information to recognized physical elements, or reconstruct them in digital space from various media collected on the Web.
While allowing users to experience a profound modification of their interaction space, the Internet has familiarised us with new topologies – alongside the prominent hyperlinked topology exhibited by the Web, Deleuze and Guattaris's "rhizome", which has become the model of many new forms of organization – leading to the creation of new virtual spaces and communities. Indeed, P2P networks of devices create semi-private sharing environments; (micro-) blogging and lifestreaming induces new notions of spatiotemporal as well as social proximity, while sensor and controller networks enable ubiquitous access, sensing and interaction with the real world. Furthermore, Virtual globes and GIS technologies continue to improve and to blur the boundaries between spatial representation and perception by providing mashup opportunities, photorealistic visual navigation, and three-dimensional representations.
Many agree with what came to be known as Waldo Tobler’s first law of Geography: "Everything is related to everything else, but near things are more related than distant things." The Internet, by establishing new connections between geographically distant entities cannot but provide us with a radically new image of Space and Time that this workshop is aiming to explore in an interdisciplinary way. OneSpace proposes to take the measure of the aforementioned developments and their repercussion as well as to identify trends and directions for a new future blended Internet.
Welcome and Introduction - Vlad Tanasescu, Pierre Grenon
Invited Talk (title to be confirmed) - Oscar Corcho
Blending the Physical and the Digital through Conceptual Spaces - Stefan Dietze, Neil Benn, John Domingue and Wolfgang Orthuber
A Human Sensor Web for Water Availability Monitoring - Eike Hinderk Jürrens, Arne Bröring and Simon Jirka
Requirements on Modeling Topological Information for Semantic Geoinformation Systems - Thomas Hoppe, Philipp Obermeier and Robert Tolksdorf
Wrap-up and conclusions
- Representation of physical/virtual spaces and topologies
- Spatiotemporal knowledge representation (ontologies and reasoning)
- The 3D and 4D Web
- Location-based services
- The Web of sensors
- New-generation Web mapping frameworks and applications
- Mobility and ubiquity
- Application of Linked Data for physical and digital spaces
- Digital Sense of Place and Presence
- Visibility and privacy in the Internet of people and things
Vlad Tanasescu - The University of Edinburgh, UK
Pierre Grenon – The Open University, UK
Arno Scharl - MODUL University Vienna, Austria
Erik Wilde - UC Berkeley, California, USA
Catherine Dolbear - Sharp Laboratories of Europe, UK
Boris Beaude - EPFL, Switzerland
Susanne Boll - University of Oldenburg, Germany
Stefan Dietze - The Open University, UK
Hans W. Guesgen - Massey University, New Zealand
Puneet Kishor - University of Wisconsin, USA
Simon McCallum - Hedmark University College, Norway
Femke Reitsma - University of Canterbury, NZ
Vinny Reynolds - National University of Ireland
Dumitru Roman - STI Innsbruck, Austria
Marc Wick - GeoNames.org, Switzerland
Mike Worboys - University of Maine, USA
Workshop in Berlin
Submit:Short position papers (max 4 pages) and longer technical papers (not exceeding 10 pages), both following the LNCS style.