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Markerless : Markerless-based Augmented Reality Kernel
2003Abstract
Comport, Andrew I. +2 more
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Online Smoothing for Markerless Motion Capture
2007Tracking 3D objects from 2D image data often leads to jittery tracking results. In general, unsmooth motion is a sign of tracking errors, which, in the worst case, can cause the tracker to loose the tracked object. A straightforward remedy is to demand temporal consistency and to smooth the result. This is often done in form of a post-processing.
Bodo Rosenhahn +3 more
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Experimenting with noise in markerless motion capture
Proceedings of the 2nd International Workshop on Movement and Computing, 2015Visual culture has embraced the visual glitch as just one of many aesthetics associated with digital media. A glitch is often associated with noise in a technological system. Some motion capture systems experience noise and glitches as they process human movement.
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Markerless Human Motion Tracking: A Survey
2012Towards building new, friendlier human-computer interaction and multimedia interactive services systems, new computer techniques are applied which aim at revealing information about the affective state, cognitive activity, personality, intention and psychological state of a person.
Ioanna-Ourania Stathopoulou +1 more
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Virtual Lab Using Markerless Augmented Reality
2018 IEEE International Conference on Teaching, Assessment, and Learning for Engineering (TALE), 2018Augmented Reality (AR) virtual labs have come forward as a solution to one of the long-prevalent problem of dangerous lab conditions, cost etc. However, marker-based AR virtual labs offer limited freedom to users. In this work-in-progress paper, a markerless AR virtual lab is presented.
M. T. Abhishek +5 more
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Structure Sensor for mobile markerless augmented reality
SPIE Proceedings, 20163D Visualization of anatomical data is an integral part of diagnostics and treatment in many medical disciplines, such as radiology, surgery and forensic medicine. To enable intuitive interaction with the data, we recently proposed a new concept for on-patient visualization of medical data which involves rendering of subsurface structures on a mobile ...
Thomas Kilgus +8 more
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Markerless Pose Tracking for Augmented Reality
2006In this paper a new approach is presented for markerless pose tracking in augmented reality. Using a tracking by detection approach, we estimate the 3D camera pose by detecting natural feature points in each input frame and building correspondences between 2D feature points.
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Markerless Tracking for Augmented Reality
2011Augmented Reality (AR) tries to seamlessly integrate virtual content into the real world of the user. Ideally, the virtual content would behave exactly like real objects. This requires a correct and precise estimation of the user’s viewpoint (respectively that of a camera) with respect to the coordinate system of the virtual content.
Jan Herling, Wolfgang Broll
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Underwater Gait Analysis: A Markerless Approach.
2012A fundamental need for modern biomechanical and clinical application is the ability to accurately capture normal and pathologic human movement. In this contest, nowadays, the aquatic environment is gaining an even important role within the rehabilitation world, where one of the most common motor task is walking in water.
Mantoan A. +6 more
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Markerless Alignment in Electron Tomography
2008In computing high-accuracy reconstructions from transmission electron microscope (TEM) tilt series, image alignment currently has an important role. Though most are automated devices today, the imaging systems have certain non-idealities which give rise to abrupt shifts, rotations and magnification changes in the images.
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