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A Replication Study to Measure the Perceived Three-Dimensional Location of Virtual Objects in Optical See Through Augmented Reality.

, , , и . VR Workshops, стр. 796-797. IEEE, (2022)

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Nate Breznau

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A Conceptual Replication and Extension of Triangulation by Walking for Measuring Perceived Distance Through a Wall., , , , , и . ISMAR Adjunct, стр. 278-282. IEEE, (2022)Design, Assembly, Calibration, and Measurement of an Augmented Reality Haploscope., , , и . VR, стр. 1770-1774. IEEE, (2019)Measuring Virtual Object Location with X-Ray Vision at Action Space Distances., , , , и . VR Workshops, стр. 820-821. IEEE, (2022)An X-Ray Vision System for Situation Awareness in Action Space., , , , и . VR Workshops, стр. 593-594. IEEE, (2021)Impact of AR Display Context Switching and Focal Distance Switching on Human Performance: Replication on an AR Haploscope., , , , и . VR Workshops, стр. 571-572. IEEE, (2020)A Robotic Augmented Reality Virtual Window for Law Enforcement Operations., , , , и . HCI (10), том 12190 из Lecture Notes in Computer Science, стр. 591-610. Springer, (2020)Effects of a Distracting Background and Focal Switching Distance in an Augmented Reality System., , , и . ISMAR Adjunct, стр. 96-99. IEEE, (2021)Measuring the Perceived Three-Dimensional Location of Virtual Objects in Optical See-Through Augmented Reality., , , , , и . ISMAR, стр. 109-117. IEEE, (2021)A Replication Study to Measure the Perceived Three-Dimensional Location of Virtual Objects in Optical See Through Augmented Reality., , , и . VR Workshops, стр. 796-797. IEEE, (2022)A Method for Measuring the Perceived Location of Virtual Content in Optical See Through Augmented Reality., , , , , и . VR Workshops, стр. 657-658. IEEE, (2021)