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Xiaoye Michael Wang
Xiaoye Michael Wang
Other namesXiaoye Wang
Research Associate, University of Toronto
Verified email at utoronto.ca - Homepage
Title
Cited by
Cited by
Year
Large continuous perspective change with noncoplanar points enables accurate slant perception.
XM Wang, M Lind, GP Bingham
Journal of Experimental Psychology: Human Perception and Performance 44 (10 …, 2018
102018
Relating visual and pictorial space: Binocular disparity for distance, motion parallax for direction
XM Wang, NF Troje
Visual Cognition 31 (2), 107-125, 2023
82023
A stratified process for the perception of objects: From optical transformations to 3D relief structure to 3D similarity structure to slant or aspect ratio
XM Wang, M Lind, GP Bingham
Vision Research 173, 77-89, 2020
72020
Motion-generated optical information allows event perception despite blurry vision in AMD and amblyopic patients
JS Pan, J Li, Z Chen, EA Mangiaracina, CS Connell, H Wu, XM Wang, ...
Journal of Vision 17 (12), 13-13, 2017
72017
Symmetry mediates the bootstrapping of 3-D relief slant to metric slant
XM Wang, M Lind, GP Bingham
Attention, Perception, & Psychophysics 82, 1488-1503, 2020
62020
Perceptual Distortions Between Windows and Screens: Stereopsis Predicts Motion Parallax
XM Wang, A Thaler, S Eftekharifar, AO Bebko, NF Troje
2020 IEEE Conference on Virtual Reality and 3D User Interfaces Abstracts and …, 2020
62020
Change in effectivity yields recalibration of affordance geometry to preserve functional dynamics
XM Wang, GP Bingham
Experimental Brain Research 237, 817-827, 2019
62019
Stable visually guided reaching does not require an internal feedforward model to compensate for internal delay: Data and model
GP Bingham, XM Wang, RA Herth
Vision Research 203, 108152, 2023
52023
Monocular guidance of reaches-to-grasp using visible support surface texture: Data and model
RA Herth, XM Wang, O Cherry, GP Bingham
Experimental Brain Research 239, 765-776, 2021
52021
TAT-HUM: Trajectory Analysis Toolkit for Human Movements in Python.
XM Wang, TN Welsh
Behavior Research Methods, 1-27, 2024
42024
Investigation of optical texture properties as relative distance information for monocular guidance of reaching
GP Bingham, RA Herth, P Yang, Z Chen, XM Wang
Vision Research 196, 108029, 2022
42022
Perceiving blurry scenes with translational optic flow, rotational optic flow or combined optic flow
H Wu, XM Wang, JS Pan
Vision Research 158, 49-57, 2019
42019
Social gaze cueing elicits facilitatory and inhibitory effects on movement execution when the model might act on an object
XM Wang, A Karlinsky, MD Constable, SEA Gregory, TN Welsh
Quarterly Journal of Experimental Psychology 77 (2), 230-241, 2024
32024
A webcam-based machine learning approach for three-dimensional range of motion evaluation
XM Wang, DT Smith, Q Zhu
PLoS ONE 18 (10), e0293178, 2023
32023
Progressive reduction versus fixed level of support during training: When less is less
W Snapp-Childs, XM Wang, GP Bingham
Human movement science 45, 172-181, 2016
32016
Test Tube: On the Sensorimotor Costs of Virtual Environments
DM Manzone, JX Manzone, XM Wang, TN Welsh, L Tremblay
Journal of Exercise, Movement, and Sport (SCAPPS refereed abstracts …, 2023
22023
Prolonged Exposure to Mixed Reality Alters Task Performance in the Unmediated Environment
XM Wang, D Southwick, I Robinson, M Nitsche, G Resch, A Mazalek, ...
PsyArXiv, 2023
22023
Extended visuomotor experience with inverted movements can overcome the inversion effect in biological motion perception
XM Wang, MA Wilson, Y Song, G Ma, M Dong, Q Zhu
Scientific Reports 12 (1), 17538, 2022
22022
Bootstrapping a better slant: A stratified process for recovering 3D metric slant
XM Wang, M Lind, GP Bingham
Attention, Perception, & Psychophysics 82, 1504-1519, 2020
22020
The geometry of the vergence-accommodation conflict in mixed reality systems
XM Wang, D Southwick, I Robinson, M Nitsche, G Resch, A Mazalek, ...
Virtual Reality 28 (2), 1-20, 2024
12024
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Articles 1–20