Results 1 - 3 of 3
Project Persons Year Tags
The Artvertiser Julian Oliver 2009 handheld binoculars, phone, graphic image recognition, image, advertisement, video, still image, single-user, 180 choice of perspective, large field of view, reactive to hand position, linear narrative, still image, dependent on input content, anywhere where a specific advertisement is, Transmediale 10, Linux
The Artvertiser is an urban, hand-held Improved Reality project that re-purposes street advertisements as a surface for exhibiting art. The project was initiated by Julian Oliver in February 2008 and is being developed in collaboration with Clara Boj, Diego Diaz and Damian Stewart.
The Robotics Lab Georg Klein (University of Oxford) 2009 handheld screen, envoirenment mapping, video, still image, semi multi-user due to large screen, 360 choice of perspective, small field of view, reactive to hand position, still, after mapping, space-specific, robots, science fiction, science
A user enters the robotics lab. In this room five maps have been made with their own AR. As the user explores the room the maps are automatically detected and the appropriate AR is shown. The user can explore the room freely and view the maps in any order.
Triceratops Georg Klein (University of Oxford) 2009 handheld screen, envoirenment mapping, video, still image, semi multi-user due to large screen, 360 choice of perspective, small field of view, reactive to hand position, still, informational about the physical object, after mapping, space-specific, natural museum oxford, museum, education, informational
University of Oxford Natural History Museum Augmented Reality Tour. A map is made around a triceratops skull in the museum and an AR model is added. This work extends Georg Klein's Parallel Tracking and Mapping system to allow it to use multiple independent cameras and multiple maps. This allows maps of multiple workspaces to be made and individual augmented reality applications associated with each. As the user explores the world the system is able to automatically relocalize into previously mapped areas.