%0 Conference Paper %1 roth2016simplified %A Roth, Daniel %A Lugrin, Jean-Luc %A Büser, Julia %A Latoschik, Marc Erich %B Proceedings of the 23rd IEEE Virtual Reality (IEEE VR) conference %D 2016 %K myown %T A Simplified Inverse Kinematic Approach for Embodied VR Applications %X In this paper, we compare a full body marker set with a reduced rigid body marker set supported by inverse kinematics. We measured system latency, illusion of virtual body ownership, and task load in an applied scenario for inducing acrophobia. While not showing a significant change in body ownership or task performance, results do show that latency and task load are reduced when using the rigid body inverse kinematics solution. The approach therefore has the potential to improve virtual reality experiences.

@inproceedings{roth2016simplified, abstract = {In this paper, we compare a full body marker set with a reduced rigid body marker set supported by inverse kinematics. We measured system latency, illusion of virtual body ownership, and task load in an applied scenario for inducing acrophobia. While not showing a significant change in body ownership or task performance, results do show that latency and task load are reduced when using the rigid body inverse kinematics solution. The approach therefore has the potential to improve virtual reality experiences.}, added-at = {2016-01-12T15:43:20.000+0100}, author = {Roth, Daniel and Lugrin, Jean-Luc and Büser, Julia and Latoschik, Marc Erich}, biburl = {https://www.bibsonomy.org/bibtex/2298e4c72901bf2a99639bc80eaa4b8cd/marcerich}, booktitle = {Proceedings of the 23rd IEEE Virtual Reality (IEEE VR) conference }, interhash = {4662227dc31e8ca9aa4025472e7a2610}, intrahash = {298e4c72901bf2a99639bc80eaa4b8cd}, keywords = {myown}, timestamp = {2016-09-13T06:44:49.000+0200}, title = {A Simplified Inverse Kinematic Approach for Embodied VR Applications}, year = 2016 }