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Table 1 Existing telescope for heritage valorization purposes
Team
Application
References
Beijing Inst. of Technol.,
Beijing, China
Digital reconstruction of
Yuangmingyuan in
Beijing, China
Huang et al. ( 2009 )
VICOMTech, San Sebastian,
Spain
Enhancing cultural tourism,
San Sebastian, Spain.
Fritz et al. ( 2005 )
Fraunhofer Institute for
Computer Graphics,
Fraunhofer, Germany
The augmented reality ocular
Lutz et al. ( 2004 ); Stricker
et al. ( 2006 )
The University of Nottingham,
Nottingham, UK
A mixed reality tripod for
outdoor to replace
historical characters
(more an immersive
windows than a
telescope)
Schnädelbach et al. ( 2002 )
Fig. 1 Augmented reality telescope for heritage valorization. a Paris, Champs Elysée ” avenue
panoramic view with a focus on “ Palais du Louvre ”. b Our telescope
Madsen 2011 ; Schnädelbach et al. 2002 ) and is installed on a rigid platform. It
is a kind of device which allows a point of view of the immersion type which
basically consists in moving the screen and getting to see what lies behind it,
optionally through a virtual improving technique. In this category we can mainly
cite the Telescopes. In this case of immersive windows, the head of the subject is
pressed to the screen, in order to produce a concentric immersive point of view
(the movements of the head and the movement of the camera are equal). They
often are designed in the same fashion as traditional telescopes. Our system
belongs to this category. Table 1 includes a list of existing Telescopes designed
for heritage valorisation applications. In the next section we will present the
strengths of our system (Fig. 1 ).
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