Username:
*
Password:
*
Register
Get new password
Log In | Register
Close Panel
ISMAR 2014 - Sep 10-12 - Munich, Germany
Open menu
Upcoming Events
Landing Page
Welcome
Advance Program
Awards
Conference Registration
Conference Hotels
Social Program
Student Volunteers
Co-Located Events
ISMAR Sessions
Conference Keynotes
Papers
Posters
Workshops
Tutorials
Panels
Demonstrations
Volkswagen Tracking Challenge
Doctoral Consortium
Industry Day
BOF Sessions
Art Exhibition
Call for Participation
Tracks
S&T
MASH'D
Categories
Papers & Posters
Workshop Proposals
Tutorial Proposals
Demonstrations
AR Games Project
VW Tracking Challenge
Doctoral Consortium
Birds-of-a-feather
Guidelines
S&T Submission Guidelines
MASH'D Submission Guidelines
Reviewing Guidelines
Committees
Conference Committee
Steering Committee
Supporters and Media
Supporters and Exhibition
Media Partners
Contact
Email Us
FAQ
Social Media
Follow @ismarconf
LinkedIn
Previous Years
2013
·
2012
·
2011
2010
·
2008
·
2007
2006
·
2005
·
2004
2002
·
2001
·
2000
1999
·
1998
Close Menu
Non-Parametric Camera-Based Calibration of Optical See-Through Glasses for Augmented Reality Applications
SCHEDULE INFORMATION
Event Title
Room
Start
End
Posters Presentation - Batch 1
Magistrale
10 Sep, 2014 03:15 PM
10 Sep, 2014 03:45 PM
Contributors:
Martin Klemm
Contributors:
Harald Hoppe
Contributors:
Fabian Seebacher
Description
This work describes a camera-based method for the calibration of optical See-Through Glasses (STGs). A new calibration technique is introduced for calibrating every single display pixel of the STGs in order to overcome the disadvantages of a parametric model. A non-parametric model compared to the parametric one has the advantage that it can also map arbitrary distortions. The new generation of STGs using waveguide-based displays will have higher arbitrary distortions due to the characteristics of their optics. First tests show better accuracies than in previous works. By using cameras which are placed behind the displays of the STGs, no error prone user interaction is necessary. It is shown that a high accuracy tracking device is not necessary for a good calibration. A camera mounted rigidly on the STGs is used to find the relations between the system components. Furthermore, this work elaborates on the necessity of a second subsequent calibration step which adapts the STGs to a specific user. First tests prove the theory that this subsequent step is necessary.
Sponsors
(Become one)
Diamond
Platinum
Gold
Bronze
SME
Academic