Prof Paul Hibbard
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Email
phibbard@essex.ac.uk -
Location
Colchester Campus
Profile
Biography
My research investigates how we encode and process visual information to create our experience of living in a three-dimensional world. This research is used in the development of virtual and augmented reality, and particular in the creation of assistive technology for people with visual impairments. It is also applied in the development of neural network models of visual processing, and in the understanding of the sensory basis of migraine.
Research and professional activities
Research interests
binocular vision
image statistics
visual discomfort
virtual and augmented reality
sensory processing in migraine
Teaching and supervision
Previous supervision
Degree subject: Psychology
Degree type: Doctor of Philosophy
Awarded date: 5/12/2023
Degree subject: Psychology
Degree type: Doctor of Philosophy
Awarded date: 4/7/2022
Degree subject: Psychology
Degree type: Doctor of Philosophy
Awarded date: 12/8/2019
Degree subject: Psychology
Degree type: Doctor of Philosophy
Awarded date: 8/7/2019
Degree subject: Psychology
Degree type: Doctor of Philosophy
Awarded date: 15/4/2019
Degree subject: Psychology
Degree type: Master of Science (by Dissertation)
Awarded date: 14/12/2016
Publications
Publications (1)
Webb, A., Hibbard, P., Dawson, J., van Dam, L., Asher, JM. and Parker, LK., (2023). sychology of Aesthetics, Creativity, and the Arts Immersive-360° theatre: user experience in the virtual auditorium and platform efficacy for current and underserved audiences
Journal articles (105)
Hibbard, P., Hornsey, R. and Scarfe, P., Size and Shape Constancy in Consumer Virtual Reality. Behavior Research Methods
Ranson, R., Scarfe, P., Van Dam, L. and Hibbard, P., (2025). Depth constancy and the absolute vergence anomaly. Vision Research. 226, 108501-108501
Webb, A., Hibbard, P., Dawson, J., Van Dam, L., Asher, J. and Kellgren-Parker, L., (2024). Immersive-360° theatre: user experience in the virtual auditorium and platform efficacy for current and underserved audiences. Psychology of Aesthetics, Creativity, and the Arts
Hornsey, RL. and Hibbard, PB., (2024). Distance mis-estimations can be reduced with specific shadow locations. Scientific Reports. 14 (1), 9566-
Hornsey, RL. and Hibbard, PB., (2024). Current Perceptions of Virtual Reality Technology. Applied Sciences. 14 (10), 4222-4222
Hibbard, P., Goutcher, R., Hornsey, R., Hunter, D. and Scarfe, P., (2023). Luminance contrast provides metric depth information. Royal Society Open Science. 10 (2), 220567-
O’Hare, L., Tarasi, L., Asher, JM., Hibbard, PB. and Romei, V., (2023). Excitation-Inhibition Imbalance in Migraine: From Neurotransmitters to Brain Oscillations. International Journal of Molecular Sciences. 24 (12), 10093-10093
Kingdom, FAA., Read, JCA., Hibbard, PB. and May, KA., (2022). Special issue: Coding strategies in binocular vision and stereopsis. Vision Research. 193, 107989-107989
Webb, A., Hibbard, P. and Asher, J., (2022). Saccadic eye movements are deployed faster for salient facial stimuli, but are relatively indifferent to their emotional content. Vision Research. 198, 108054-108054
Chiappini, E., Sel, A., Hibbard, P., Avenanti, A. and Romei, V., (2022). Increasing interhemispheric connectivity between human visual motion areas uncovers asymmetric sensitivity to horizontal motion. Current Biology. 32 (18), 4064-4070.e3
Hibbard, P. and Asher, J., (2022). Robust natural depth for anticorrelated random dot stereogram for edge stimuli, but minimal reversed depth for embedded circular stimuli, irrespective of eccentricity. PLoS One. 17 (9), e0274566-e0274566
Asher, JM. and Hibbard, PB., (2022). Visual Field Loss: Integrating Overlayed Information to Increase the Effective Field of View. Vision. 6 (4), 67-67
Hibbard, P., Hornsey, R. and Asher, J., (2022). Binocular Information Improves the Reliability and Consistency of Pictorial Relief. Vision. 7 (1), 1-1
Hornsey, R. and Hibbard, P., (2021). Contributions of Pictorial and Binocular Cues to the Perception of Distance in Virtual Reality. Virtual Reality. 25 (4), 1087-1103
O’Hare, L., Asher, JM. and Hibbard, PB., (2021). Migraine Visual Aura and Cortical Spreading Depression—Linking Mathematical Models to Empirical Evidence. Vision. 5 (2), 30-30
Asher, J., O'Hare, L. and Hibbard, P., (2021). No Evidence of Reduced Contrast Sensitivity in Migraine-with-Aura for Large, Narrowband, Centrally Presented Noise-Masked Stimuli. Vision. 5 (2), 32-32
Goutcher, R., Barrington, C., Hibbard, P. and Graham, B., (2021). Binocular Vision Supports the Development of Scene Segmentation Capabilities: Evidence from a Deep Learning Model. Journal of Vision. 21 (7), 13-13
Kingdom, FAA., Yared, K-C., Hibbard, PB. and May, KA., (2020). Stereoscopic depth adaptation from binocularly correlated versus anti-correlated noise: Test of an efficient coding theory of stereopsis. Vision Research. 166, 60-71
Hibbard, P., Hornsey, R. and Scarfe, P., (2020). Size and Shape Constancy in Consumer Virtual Reality. Behavior Research Methods. 52 (4), 1587-1598
Goutcher, R. and Hibbard, PB., (2020). Impairment of cyclopean surface processing by disparity-defined masking stimuli.. Journal of Vision. 20 (2), 1-18
Webb, ALM., Hibbard, PB. and O'Gorman, R., (2020). Contrast normalisation masks natural expression-related differences and artificially enhances the perceived salience of fear expressions. PLoS One. 15 (6), e0234513-e0234513
Asher, JM. and Hibbard, PB., (2020). No effect of feedback, level of processing or stimulus presentation protocol on perceptual learning when easy and difficult trials are interleaved. Vision Research. 176, 100-117
Webb, ALM. and Hibbard, PB., (2020). Suppression durations for facial expressions under breaking continuous flash suppression: effects of faces’ low-level image properties. Scientific Reports. 10 (1), 17427-
Asher, J., Romei, V. and Hibbard, P., (2019). Spatial Frequency Tuning and Transfer of Perceptual Learning for Motion Coherence Reflects the Tuning Properties of Global Motion Processing. Vision. 3 (3), 44-44
Webb, ALM. and Hibbard, PB., (2019). The effect of facial expression on contrast sensitivity: A behavioural investigation and extension of Hedger, Adams & Garner (2015). PLoS One. 14 (11), e0205621-e0205621
Aldrich, A., Hibbard, P. and Wilkins, A., (2019). Vision and Hyper-Responsiveness in Migraine. Vision. 3 (4), 62-62
Hunter, DW. and Hibbard, PB., (2018). The effect of image position on the Independent Components of natural binocular images. Scientific Reports. 8 (1), 449-
Webb, ALM., Hibbard, PB. and O'Gorman, R., (2018). Natural variation in female reproductive hormones does not affect contrast sensitivity.. Royal Society Open Science. 5 (2), 171566-171566
Chiappini, E., Silvanto, J., Hibbard, PB., Avenanti, A. and Romei, V., (2018). Strengthening functionally specific neural pathways with transcranial brain stimulation. Current Biology. 28 (13), R735-R736
Asher, J., O’Hare, L., Romei, V. and Hibbard, P., (2018). Typical Lateral Interactions, but Increased Contrast Sensitivity, in Migraine-With-Aura. Vision. 2 (1), 7-7
Asher, JM. and Hibbard, PB., (2018). First- and second-order contributions to depth perception in anti-correlated random dot stereograms.. Scientific Reports. 8 (1), 14120-
Goutcher, R., Connolly, E. and Hibbard, PB., (2018). Surface continuity and discontinuity bias the perception of stereoscopic depth. Journal of Vision. 18(12) (13), 1-15
Beattie, L., Curran, W., Benton, CP., Harris, JM. and Hibbard, PB., (2017). Perceived duration of brief visual events is mediated by timing mechanisms at the global stages of visual processing. Royal Society Open Science. 4 (3), 160928-160928
Hibbard, PB., Haines, AE. and Hornsey, RL., (2017). Magnitude, precision, and realism of depth perception in stereoscopic vision. Cognitive Research: Principles and Implications. 2 (25), 25-
Jonas, C., Spiller, MJ., Hibbard, PB. and Proulx, M., (2017). Introduction to the special issue on individual differences in multisensory perception: An overview. Multisensory Research. 30 (6), 461-466
Jonas, C., Spiller, MJ. and Hibbard, P., (2017). Summation of visual attributes in auditory–visual crossmodal correspondences. Psychonomic Bulletin and Review. 24 (4), 1104-1112
Hunter, DW. and Hibbard, PB., (2017). The threshold of binocularity: natural image statistics explain the reduction of visual acuity in peripheral vision
Hunter, DW. and Hibbard, PB., (2016). Ideal Binocular Disparity Detectors Learned Using Independent Subspace Analysis on Binocular Natural Image Pairs. PloS One. 11 (3), e0150117-e0150117
Romei, V., Chiappini, E., Hibbard, PB. and Avenanti, A., (2016). Empowering Reentrant Projections from V5 to V1 Boosts Sensitivity to Motion. Current Biology. 26 (16), 2155-2160
Hornsey, RL., Hibbard, PB. and Scarfe, P., (2016). Binocular depth judgments on smoothly curved surfaces. PLoS ONE. 11 (11), e0165932-e0165932
O'Hare, L. and Hibbard, PB., (2016). Visual processing in migraine. Cephalalgia. 36 (11), 1057-1076
Hibbard, PB., Goutcher, R. and Hunter, DW., (2016). Encoding and estimation of first- and second-order binocular disparity in natural images. Vision Research. 120, 108-120
Curran, W., Benton, CP., Harris, JM., Hibbard, PB. and Beattie, L., (2016). Adapting to time: Duration channels do not mediate human time perception. Journal of Vision. 16 (5), 4-4
Curran, W., Benton, CP., Harris, JM., Hibbard, PB. and Beattie, L., (2016). Adapting to time: Duration channels do not mediate human time perception. Journal of Vision. 16 (5), creators-Hibbard=3APaul_B=3A=3A
Jonas, CN. and Hibbard, PB., (2015). Migraine in Synesthetes and Nonsynesthetes: A Prevalence Study. Perception. 44 (10), 1179-1202
Hibbard, PB. and O'Hare, L., (2015). Uncomfortable images produce non-sparse responses in a model of primary visual cortex. Royal Society Open Science. 2 (2), 140535-140535
Zhang, T., O’hare, L., Hibbard, PB., Nefs, HT. and Heynderickx, I., (2015). Depth of Field Affects Perceived Depth in Stereographs. ACM Transactions on Applied Perception. 11 (4), 1-18
Hunter, DW. and Hibbard, PB., (2015). Distribution of independent components of binocular natural images. Journal of Vision. 15 (13), 6-6
Hunter, DW. and Hibbard, PB., (2015). Distribution of independent components of binocular natural images. Journal of Vision. 15 (6)
Goutcher, R. and Hibbard, PB., (2014). Mechanisms for similarity matching in disparity measurement. Frontiers in Psychology. 4 (JAN), 1014-
Hibbard, PB., Scott-Brown, KC., Haigh, EC. and Adrain, M., (2014). Depth Perception Not Found in Human Observers for Static or Dynamic Anti-Correlated Random Dot Stereograms. PLoS ONE. 9 (1), e84087-e84087
Hunter, D. and Hibbard, P., (2014). Effect of eccentricity on disparity distributions in binocular natural images. Journal of Vision. 14 (10), 973-973
Hibbard, PB., Scott-Brown, KC., Haigh, EC. and Adrain, M., (2014). Depth Perception Not Found in Human Observers for Static or Dynamic Anti-Correlated Random Dot Stereograms. PloS One. 9 (1), creators-Hibbard=3APaul_B=3A=3A
Scarfe, P. and Hibbard, PB., (2013). Reverse correlation reveals how observers sample visual information when estimating three-dimensional shape. Vision Research. 86, 115-127
O'Hare, L., Zhang, T., Nefs, HT. and Hibbard, PB., (2013). Visual Discomfort and Depth-of-Field. i-Perception. 4 (3), 156-169
O'Hare, L., Clarke, ADF. and Hibbard, PB., (2013). Visual Search and Visual Discomfort. Perception. 42 (1), 1-15
O'Hare, L. and Hibbard, PB., (2013). Visual discomfort and blur. Journal of Vision. 13 (5), 7-7
Vishwanath, D. and Hibbard, PB., (2013). Seeing in 3-D With Just One Eye. Psychological Science. 24 (9), 1673-1685
Hibbard, PB., (2013). Review: Sensory Cue Integration. Perception. 42 (4), 477-479
Harris, JM., Chopin, A., Zeiner, K. and Hibbard, PB., (2012). Perception of Relative Depth Interval: Systematic Biases in Perceived Depth. Quarterly Journal of Experimental Psychology. 65 (1), 73-91
Bannerman, RL., Hibbard, PB., Chalmers, K. and Sahraie, A., (2012). Saccadic latency is modulated by emotional content of spatially filtered face stimuli.. Emotion. 12 (6), 1384-1392
May, KA., Zhaoping, L. and Hibbard, PB., (2012). Perceived Direction of Motion Determined by Adaptation to Static Binocular Images. Current Biology. 22 (1), 28-32
Hibbard, PB., Goutcher, R., O’Kane, LM. and Scarfe, P., (2012). Misperception of aspect ratio in binocularly viewed surfaces. Vision Research. 70, 34-43
O’Hare, L. and Hibbard, PB., (2011). Spatial frequency and visual discomfort. Vision Research. 51 (15), 1767-1777
Martinovic, J., Mordal, J. and Wuerger, SM., (2011). Event-related potentials reveal an early advantage for luminance contours in the processing of objects. Journal of Vision. 11 (7), 1-1
Keefe, BD., Hibbard, PB. and Watt, SJ., (2011). Depth-cue integration in grasp programming: No evidence for a binocular specialism. Neuropsychologia. 49 (5), 1246-1257
Martinovic, J., Mordal, J. and Wuerger, SM., (2011). Event-related potentials reveal an early advantage for luminance contours in the processing of objects.. Journal of vision. 11 (7), 1-
Scarfe, P. and Hibbard, PB., (2011). Statistically optimal integration of biased sensory estimates. Journal of Vision. 11 (7), 12-12
Scarfe, P. and Johnston, A., (2011). Global motion coherence can influence the representation of ambiguous local motion. Journal of Vision. 11 (12), 6-6
O’Kane, LM. and Hibbard, PB., (2010). Contextual effects on perceived three-dimensional shape. Vision Research. 50 (11), 1095-1100
Mon-Williams, M., Murphy, S. and Hibbard, P., (2010). The tactics and timing of smooth corrections in human arm movements. Journal of Vision. 3 (9), 388-388
Sahraie, A., Hibbard, PB., Trevethan, CT., Ritchie, KL. and Weiskrantz, L., (2010). Consciousness of the first order in blindsight. Proceedings of the National Academy of Sciences. 107 (49), 21217-21222
Goutcher, R. and Hibbard, PB., (2010). Evidence for relative disparity matching in the perception of an ambiguous stereogram. Journal of Vision. 10 (12), 35-35
Hibbard, PB., (2010). Integration and segmentation of opposite contrast polarities in the perception of motion. Journal of Vision. 2 (7), 396-396
Goutcher, R. and Hibbard, PB., (2010). Evidence for relative disparity matching in the perception of an ambiguous stereogram. Journal of Vision. 10 (12), 35-35
Hibbard, PB., (2008). Binocular energy responses to natural images. Vision Research. 48 (12), 1427-1439
Hibbard, P., (2008). Can appearance be so deceptive? Representationalism and binocular vision. Spatial Vision. 21 (6), 549-559
Hibbard, PB., (2008). Binocular energy responses to natural images. VISION RESEARCH. 48 (12), 1427-1439
Curran, W., Hibbard, PB. and Johnston, A., (2007). The visual processing of motion-defined transparency. Proceedings of the Royal Society B: Biological Sciences. 274 (1613), 1049-1057
O'Kane, LM. and Hibbard, PB., (2007). Vertical Disparity Affects Shape and Size Judgments across Surfaces Separated in Depth. Perception. 36 (5), 696-702
Hibbard, PB., (2007). A statistical model of binocular disparity. Visual Cognition. 15 (2), 149-165
Bradshaw, MF., Hibbard, PB., Parton, AD., Rose, D. and Langley, K., (2006). Surface orientation, modulation frequency and the detection and perception of depth defined by binocular disparity and motion parallax. Vision Research. 46 (17), 2636-2644
Hibbard, PB. and Bradshaw, MF., (2006). 2-D Tilt and 3-D Slant Illusions in Perception and Action Tasks. Perception. 35 (10), 1297-1305
Scarfe, P. and Hibbard, PB., (2006). Disparity-defined objects moving in depth do not elicit three-dimensional shape constancy. Vision Research. 46 (10), 1599-1610
Hibbard, PB., (2005). The orientation bandwidth of cyclopean channels. Vision Research. 45 (21), 2780-2785
Bouzit, S. and Hibbard, P., (2005). Stereoscopic correspondence for ambiguous targets is affected by elevation and fixation distance. Spatial Vision. 18 (4), 399-411
Watt, S., Elliott, K., Bradshaw, M., Simpson, PJ., Davies, I. and Hibbard, P., (2004). Binocular cues and the control of prehension. Spatial Vision. 17 (1-2), 95-110
Bradshaw, MF., Elliott, KM., Watt, SJ., Hibbard, PB., Davies, IRL. and Simpson, PJ., (2004). Binocular cues and the control of prehension. Spatial vision. 17 (1-2), 95-110
Hibbard, PB. and Bradshaw, MF., (2003). Reaching for virtual objects: binocular disparity and the control of prehension. Experimental Brain Research. 148 (2), 196-201
Rose, D., Bradshaw, MF. and Hibbard, PB., (2003). Attention Affects the Stereoscopic Depth Aftereffect. Perception. 32 (5), 635-640
Bradshaw, MF. and Hibbard, PB., (2003). Reaching for virtual objects: binocular disparity, retinal motion and the control of prehension. Arquivos Brasileiros de Oftalmologia. 66 (5), 53-61
Bradshaw, M. and Hibbard, P., (2002). Isotropic integration of binocular disparity and relative motion in the perception of three-dimensional shape. Spatial Vision. 15 (2), 205-217
Hibbard, P., Simpson, PJ. and Bradshaw, M., (2002). The stereoscopic anisotropy affects manual pointing. Spatial Vision. 15 (4), 443-458
Bradshaw, MF., Hibbard, PB. and Gillam, B., (2002). Perceptual latencies to discriminate surface orientation in stereopsis. Perception & Psychophysics. 64 (1), 32-40
Hibbard, PB., Bradshaw, MF., Langley, K. and Rogers, BJ., (2002). The stereoscopic anisotropy: Individual differences and underlying mechanisms.. Journal of Experimental Psychology: Human Perception and Performance. 28 (2), 469-476
Hibbard, PB., Bradshaw, MF., Langley, K. and Rogers, BJ., (2002). The stereoscopic ansiotropy: Individual differences and underlying mechanisms.. Journal of Experimental Psychology: Human Perception and Performance. 28 (2), 469-476
Hibbard, PB., Bradshaw, MF. and Eagle, RA., (2000). Cue combination in the motion correspondence problem. Proceedings of the Royal Society of London. Series B: Biological Sciences. 267 (1450), 1369-1374
Langley, K., Fleet, DJ. and Hibbard, PB., (1999). Stereopsis from contrast envelopes. Vision Research. 39 (14), 2313-2324
Hibbard, PB., Bradshaw, MF. and DeBruyn, B., (1999). Global motion processing is not tuned for binocular disparity. Vision Research. 39 (5), 961-974
Everatt, J., Bradshaw, MF. and Hibbard, PB., (1999). Visual Processing and Dyslexia. Perception. 28 (2), 243-254
Hibbard, PB. and Bradshaw, MF., (1999). Does Binocular Disparity Facilitate the Detection of Transparent Motion?. Perception. 28 (2), 183-191
Hibbard, PB. and Langley, K., (1998). Plaid slant and inclination thresholds can be predicted from components. Vision Research. 38 (8), 1073-1084
Langley, K., Fleet, DJ. and Hibbard, PB., (1998). Linear and nonlinear transparencies in binocular vision. Proceedings of the Royal Society of London. Series B: Biological Sciences. 265 (1408), 1837-1845
Bradshaw, MF. and Hibbard, PB., (1998). Depth Perception. Perception. 27 (11), 1263-1265
Langley, K., Fleet, DJ. and Hibbard, PB., (1996). Linear filtering precedes nonlinear processing in early vision. Current Biology. 6 (7), 891-896
Book chapters (2)
Hibbard, P., (2023). Virtual Reality for Vision Science. In: Virtual Reality in Behavioral Neuroscience: New Insights and Methods. Editors: Maymon, C., Grimshaw, G. and Wu, Y., . Springer. 131- 159. 9783031429941
Everatt, J., Bradshaw, MF. and Hibbard, PB., (1998). Individual Differences in Reading and Eye Movement Control. In: Eye Guidance in Reading and Scene Perception. Editors: Underwood, G., . Elsevier. 223- 242. 978-0-08-043361-5
Conferences (56)
Hibbard, PB. and Asher, J., (2023). The role of non-physical disparities in understanding binocular depth perception
Stephens, JR., Hibbard, PB. and van Dam, LCJ., (2022). Computer cursor appearance in pointing tasks: the effect of cursor size
Hibbard, PB., (2021). Estimating the contributions of pictorial, motion and binocular cues to the perception of distance
Webb, A., Hibbard, PB. and van Dam, LCJ., (2021). Presence in an immersive-360 theatre auditorium: the influence of immersion, emotional arousal, and overall experience enjoyment
Asher, JM., Vigh, G. and Hibbard, PB., (2021). Augmenting reality for visual field loss: integrating overlayed information to increase the field of view, a pilot study
Stephens, JR., Hibbard, PB. and van Dam, LCJ., (2021). Computer cursor orientation affects both pointing behaviour and the sense of agency in a target pointing task
Van Dam, LCJ., Webb, ALM., Jarvis, L., Linley, M. and Hibbard, PB., (2020). "The Mystery of the Raddlesham Mumps": A case study for combined storytelling in a theatre play and Virtual Reality
Hibbard, P., Van Dam, L. and Scarfe, P., (2020). The Implications of Interpupillary Distance Variability for Virtual Reality
Hibbard, P., Webb, A., Linley, M. and Van Dam, L., (2019). Combining Virtual Reality and Traditional Story Telling in “The Mystery of the Raddlesham Mumps”: A case study.
Asher, J. and Hibbard, P., (2019). The effect of feedback and stimulus presentation protocol on perceptual learning for local and global motion and form
Hughes, R., Scarfe, P., Hibbard, P. and Van Dam, L., (2018). Perception of Object Movement in Virtual Reality
Webb, ALM., Hibbard, PB. and O'Gorman, R., (2017). The Effect of Emotional Expression on the Luminance Contrast of Faces
Asher, JM., O'Hare, L., Romei, V. and Hibbard, PB., (2017). Normal Lateral Interactions, but Increased Contrast Sensitivity, in Migraine With Aura
Hibbard, PB., Hornsey, RL. and Khan, NZ., (2017). The Contribution of Binocular and Motion Cues to Depth Quality in Complex Naturalistic Scenes
Asher, J., Romei, V. and Hibbard, P., (2017). External Reinforcement Is Needed for Perceptual Learning of Global Motion
Hunter, DW. and Hibbard, PB., (2016). When does an encoding become a percept?
Asher, JM., Romei, V. and Hibbard, PB., (2016). Perceptual learning for global motion is tuned for spatial frequency
Hibbard, PB. and Goutcher, R., (2016). The Extraction of Disparity- Defined Structure Using Cyclopean Filtering
Webb, AL. and Hibbard, PB., (2016). The threat bias for fearful expressions is evident in apparent contrast
Hibbard, PB., Scarfe, P., Goutcher, R. and Hunter, DW., (2015). Optimal encoding of binocular images by cortical neurons
Hornsey, RL., Hibbard, PB. and Scarfe, P., (2015). Ordinal judgments of depth in monocularly- and stereoscopically-viewed photographs of complex natural scenes
Hornsey, RL. and Hibbard, PB., (2015). Evaluation of the accuracy of the Leap Motion controller for measurements of grip aperture
Haines, AE., Hornsey, RL. and Hibbard, PB., (2015). Quality, quantity and precision of depth perception in stereoscopic displays
Hunter, DW., Goutcher, R. and Hibbard, PB., (2015). Towards a biologically plausible model of binocular disparity encoding
Webb, A., Hibbard, P. and O'Gorman, R., (2015). Variation in female reproductive hormones does not affect contrast sensitivity
Wilkins, AJ. and Hibbard, PB., (2014). Discomfort and hypermetabolism
O'Hare, L., Clarke, A. and Hibbard, PB., (2013). Modelling Responses to Uncomfortable Images
Clarke, A., O'Hare, L. and Hibbard, PB., (2013). Rating Riloids: the effect of curvature and luminance frequency on visual discomfort
Hibbard, PB. and Scott-Brown, KC., (2013). Surface slant can be perceived from orientation disparities
Goutcher, R., Hunter, DW. and Hibbard, PB., (2013). Tuned Inhibitory Responses in Binocular Natural Images
Hunter, DW. and Hibbard, PB., (2013). Statistics of Natural Binocular Images
O'Hare, L. and Hibbard, PB., (2012). A Wider Look at Visual Discomfort
Curran, W., Benton, CP., Hibbard, PB. and Harris, JM., (2012). Testing the channel-based model of duration perception
O'Hare, L. and Hibbard, PB., (2011). Visual discomfort and blur
Goutcher, R. and Hibbard, PB., (2011). What does a decorrelated stereogram look like?
O'Hare, L. and Hibbard, PB., (2011). Visual discomfort and blur
Hibbard, PB., Scott-Brown, K., Haigh, E. and Adrain, M., (2011). No evidence for the perception of depth in anticorrelated random dot stereograms in a large number of observers
Sahraie, A., Trevethan, CT., Ritchie, KL., Macleod, M-J., Hibbard, PB. and Weiskrantz, L., (2011). Awareness of visual targets within the field defect of hemianopic patients
O'Hare, L. and Hibbard, PB., (2010). Visual discomfort and spatial frequency
May, KA., Zhaoping, L. and Hibbard, PB., (2010). Binocular integration in human vision adapts to maximize information coding efficiency
Scarfe, P. and Hibbard, PB., (2006). Viewing an object from above: The role of height in the visual field and object contour in the perception of 3-D shape
Goutcher, R. and Hibbard, PB., (2006). Perception of multi-stable stereograms
Hibbard, PB., Scarfe, P. and Watt, SJ., (2006). Integration of information across the visual scene in the control of prehension
Scarfe, P. and Hibbard, PB., (2005). Perceptual distortions of three-dimensional shape are consistent between stationary and moving objects
Hibbard, PB. and Harris, JM., (2005). Spatial variation in the statistics of binocular disparity
Hibbard, PB., (2004). Redundancy in natural binocular images
Scarfe, P. and Hibbard, PB., (2004). Noise in horizontal-disparity and vergence signals predicts systematic distortions in the estimation of shape
Rose, D., Bradshaw, MF. and Hibbard, PB., (2004). Do depth aftereffects arise pre-attentively?
Hibbard, PB., (2003). Orientation bandwidths of cyclopean channels measured with the use of notched noise
Hibbard, PB., (2002). The independent components of binocular images
O'Kane, LM. and Hibbard, PB., (2002). Vertical-disparity pooling across spatially segregated surfaces
Watt, SJ., Bradshaw, MF., Hibbard, PB., Davies, IRL., Stringer, NS. and Willis, AR., (2001). <title>Can observers exploit enhanced motion parallax to control reaching movements within telepresence environments?</title>
Willis, AR., Bradshaw, MF., Hibbard, PB., Stringer, NS., Davies, IRL. and Watt, SJ., (2001). <title>Can telepresent observers learn to take account of enhanced binocular disparities?</title>
Bradshaw, MF., Hibbard, PB., van der Willigen, R., Watt, SJ., Davies, IRL., Stringer, NS., Beagley, N. and Willis, AR., (2000). Can observers exploit enhanced-disparity information to control reaching movements within telepresence environments?
Frisby, JP., Catherall, C., Porrill, J. and Buckley, D., (1997). Sequential Stereopsis Demonstrated with High-Bandpass Spatial-Frequency Filtered Textures
Lankheet, MJM. and Palmen, M., (1996). Stereoscopic Transparency and Segregation in Depth
Reports and Papers (1)
Webb, ALM. and Hibbard, PB., (2018). The effect of facial expression on contrast sensitivity: a behavioural investigation and extension of Hedger, Garner, & Adams (2015)
Grants and funding
2023
Invitation to Tender: Project Insight
London Metropolitan Police - Covert Policing Command
2022
Thomas Thomas Films KTP Application (The Wayback) - Dec 2021 deadline
Innovate UK (formerly Technology Strategy Board)
EO Image Processing: Robust Deep Networks for Depth Sensing and Scene Understanding
Ministry of Defence
Improving Sensory Performance with Machine Vision Enabled Multi-Sensory Augmented Reality
Ministry of Defence
2021
Deep Learning for Depth-Based Image Segmentation
Defence and Security Accelerator
Mind Suffolk EIRA Workshop
University of Suffolk
2019
Augmented Reality for Visual Impairment
Enabling Innovation: Research to Application
2016
Integrating the senses in virtual reality
Oculus VR LLC
Depth-cue combination in complex natural scenes
Leverhulme Trust
2014
3D vision in complext natural scenes
The British Academy
2013
Learning to see in depth: Neural models of binocular stereopsis
Biotechnology & Biology Science Res.Council
1900
MIND E LEARNING PLATFORM
Enabling Innovation: Research to Application