Real-time simulation of visual defects with gaze-contingent display. - Margarita Vinnikov; Robert S. Allison; Dominik Swierad (ETRA, 2008)

Contingency evaluation of gaze-contingent displays for real-time visual field simulations. - Margarita Vinnikov; Robert S. Allison (ETRA, 2010)

Gaze-contingent depth of field in realistic scenes: the user experience. - Margarita Vinnikov; Robert S. Allison (ETRA, 2014)

Impact of depth of field simulation on visual fatigue: Who are impacted? and how? - Margarita Vinnikov; Robert S. Allison; Suzette Fernandes (Int. J. Hum. Comput. Stud., 2016)

Estimating the motion-to-photon latency in head mounted displays. - Jingbo Zhao; Robert S. Allison; Margarita Vinnikov; Sion Jennings (VR, 2017)

Gaze-Contingent Auditory Displays for Improved Spatial Attention in Virtual Reality. - Margarita Vinnikov; Robert S. Allison; Suzette Fernandes (ACM Trans. Comput. Hum. Interact., 2017)

The Effects of Visual and Control Latency on Piloting a Quadcopter Using a Head-Mounted Display. - Jingbo Zhao; Robert S. Allison; Margarita Vinnikov; Sion Jennings (SMC, 2018)

Understanding Urban Devotion through the Eyes of an Observer. - Margarita Vinnikov; Kian Motahari; Louis I. Hamilton; Burcak Ozludil Altin (ETRA Short Papers, 2021)

Augmented Reality Anatomy Visualization for Surgery Assistance with HoloLens: AR Surgery Assistance with HoloLens. - Enrique Castelan; Margarita Vinnikov; Xianlian Alex Zhou (IMX, 2021)

Travel Kinematics in Virtual Reality Increases Learning Efficiency. - Eric Nersesian; Margarita Vinnikov; Michael Jongseon Lee (VL/HCC, 2021)

Adding Visibility to Visibility Graphs: Weighting Visibility Analysis with Attenuation Coefficients. - Mathew Schwartz; Margarita Vinnikov; John F. Federici (CoRR, 2021)

Virtual Reality Ontology Object Manipulation (VROOM). - Margarita Vinnikov; Daniel Vergilis; Uras Oran; James Geller (HEALTHINF, 2022)

Subjective Assessment of Commercially Common Input and Display Modalities in a Driving Simulator. - Kian Motahari; Margarita Vinnikov (CHIRA, 2022)

Enhancing Learning of Matrix Transformations through Immersive Virtual and Augmented Reality Interfaces. - Kantida Nanon; Margarita Vinnikov; Mathew Schwartz; Michael Jongseon Lee (J. Comput. Sci. Coll., 2024)