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Mutual occlusion between real and virtual elements in Augmented Reality based on fiducial markers.

, , , , and . WACV, page 49-54. IEEE Computer Society, (2012)

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Virtual reality for medical training: a prototype to simulate breast aspiration exam., , , , , and . VRCAI, page 328-331. ACM, (2004)JVRMol: a low cost java-based distributed virtual environment for protein molecule analysis and visualization., , , and . VRCAI, page 72-74. ACM, (2004)A motion capture system using passive markers., , , and . VRCAI, page 440-447. ACM, (2004)Detection of computationally-intensive functions in a medical image segmentation algorithm based on an active contour model., , and . Int. J. Comput. Sci. Eng., 26 (5): 555-566 (2023)Mutual occlusion between real and virtual elements in Augmented Reality based on fiducial markers., , , , and . WACV, page 49-54. IEEE Computer Society, (2012)CORBA Platform as Support for Distributed Virtual Environments., , , , , and . VR, page 8-13. IEEE Computer Society, (1999)Handling Occlusions in Augmented Reality for Mobile Devices., , , , and . SVR, page 112-119. IEEE, (2019)The Development of a Facial Animation System Based on Performance and the Use of an RGB-D Camera., and . SVR, page 78-86. IEEE Computer Society, (2017)Distributed Interoperable Virtual Environments., , , , and . CLEI Electron. J., (1999)A mapping of visual SLAM algorithms and their applications in augmented reality., , and . SVR, page 20-29. IEEE, (2020)