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Rethinking temporospatiality in everyday virtual environments.

, , , , and . WEVR@VR, page 36-39. IEEE Computer Society, (2016)

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Point clouds can be represented as implicit surfaces for constraint-based haptic rendering., , and . ICRA, page 5000-5005. IEEE, (2012)Haptic rendering of medical image data for surgical rehearsal.. Stanford University, USA, (2014)Wearable 3D Shape Display for Dynamic Interfaces Rendering., , , , , , and . WHC, page 389-396. IEEE, (2023)The Effect of Haptic Degrees of Freedom on Task Performance in Virtual Surgical Environments., , , , , and . MMVR, volume 184 of Studies in Health Technology and Informatics, page 129-135. IOS Press, (2013)Evaluation of haptic interfaces for simulation of drill vibration in virtual temporal bone surgery., , , , , , and . Comput. Biol. Medicine, (2016)VRSpineSim: Applying Educational Aids Within A Virtual Reality Spine Surgery Simulator., , , , , , and . CGI, volume 11542 of Lecture Notes in Computer Science, page 380-387. Springer, (2019)ReflectiveSpineVR: an immersive spine surgery simulation with interaction history capabilities., , , , , and . SUI, page 20-29. ACM, (2017)Constraint-based six degree-of-freedom haptic rendering of volume-embedded isosurfaces., , , and . World Haptics, page 89-94. IEEE Computer Society, (2011)Deformable haptic rendering for volumetric medical image data., , and . World Haptics, page 73-78. IEEE, (2013)Evaluation of Software Tools for Segmentation of Temporal Bone Anatomy., , , and . MMVR, volume 220 of Studies in Health Technology and Informatics, page 130-133. IOS Press, (2016)