| Color in the cortex |
1 |
Shapley, Johnson, & Hawken |
Single Opponent and Double Opponent Cells in Macaque Striate Cortex |
| 2 |
Solomon, Tailby, & Lennie |
Regulation of chromatic sensitivity in the primate visual system |
| 3 |
Horwitz, Chichilnisky, & Albright |
Analysis of non-linear cone signal combination in V1 |
| 4 |
Mullen, Dumoulin, & Hess |
Color processing in the human LGN and cortex measured with fMRI |
| Contributed color talks |
5 |
Dacey, Packer, Verweij, & Schnapf |
Blue-Yellow opponent receptive field structure of primate S-cones |
| Contributed talk session: Color |
6 |
Buck |
Testing color vision models that incorporate rod influence |
| 7 |
Murray, McKeefry, & Parry |
What can peripheral colour vision tell us about the organisation of cone-opponent pathways? |
| 8 |
Shinomori & Werner |
The impulse response functions and interactions for S-cone increments and decrements |
| 9 |
Baker, Trujillo, Youngpeter, Nerger, & Volbrecht |
As Time Goes By: Peripheral Color Appearance Following Photobleaching |
| 10 |
Briggs & Usrey |
How colorful is corticogeniculate feedback? |
| Contributed talk session: Vision |
11 |
Chandler & Field |
How much information is carried by the power and phase spectra of natural scenes? |
| 12 |
Falconbridge, Vul, & MacLeod |
Dynamics of adaptation to counterphasing gratings |
| 13 |
Norcia |
Imaging the time-course of Figure-Ground segmentation |
| 14 |
Lauritzen, Shenhav, D'Esposito, & Silver |
fMRI coherency analysis reveals feedforward progression of visual responses in human early visual cortex |
| 15 |
Mancuso, Neitz, Hauswirth, Connor, & Neitz |
Gene therapy treatment of color blindness in adult primates |
| 16 |
Morgan, Hunter, Masella, Wolfe, Merigan, & Williams |
Light Exposures Cause In Vivo Changes in Retinal Autofluorescence |
| Visual perception, computer graphics and display technology |
17 |
Silverstein |
Advances in Display Technology: From Pixels to Perception |
| 18 |
Adelson |
Image statistics and surface perception |
| 19 |
Malik |
Modeling object recognition |
| 20 |
Levoy |
Synthetic Aperture Photography and Microscopy by Recording and Processing the 4D Light Field |
| Two eyes, one brain: The machinery of binocular vision |
21 |
Kara |
A functional micro-architecture for binocular disparity and ocular dominance in visual cortex |
| 22 |
Horton, Sincich, & Adams |
Complete Pattern of Ocular Dominance Columns in Human Striate Cortex |
| 23 |
Cumming & Read |
Solving the stereo correspondence problem with realistic neurons |
| 24 |
Banks |
The perceptual consequences of estimating disparity via correlation |
| Color illusions: implications for visual processes |
25 |
Shevell |
Color lessons taught by form |
| 26 |
Kingdom |
Illusions of colour and shadow |
| 27 |
Conway |
Specialized color cells in V1 and beyond |
| 28 |
Gilchrist |
What lightness illusions can tell us about the brain's visual software |
| Mechanisms of retinal development |
29 |
Reese |
Determinants of Dendritic Morphology, Connectivity and Coverage in the Retina |
| 30 |
Link, Cui, & Baye |
Interkinetic nuclear migration, cell polarity, and retinal neurogenesis |
| 31 |
Provis & Kozulin |
Gene Expression in Central vs Peripheral Primate Retina - Defining the Foveal Avascular Zone |
| 32 |
Huberman, Vargas, & Barres |
Development of eye-specific projections to the lateral geniculate nucleus |
| Workshop on computer vision applications for the visually impaired |
33 |
Peli |
Electro-Optical Vision Multiplexing Devices for Vision Impairments |
| 34 |
Manduchi |
Sensors and Sensibility: Is Computer Vision Appropriate for Assistive Technology? |
| 35 |
Beckman |
Behavioural Evaluation of the Digital Sign System (DSS) |
| 36 |
LaPierre |
Current and future accessible wayfinding for the blind: From GPS systems to indoor navigation |
| 37 |
Belongie |
Project GroZi: Assistive Navigational Technology for the Visually Impaired |
| Vision science and computer games |
38 |
Bavelier, Green, & Pouget |
Action videogame playing improves Bayesian inference for perceptual decision-making |
| 39 |
Kersten |
Perception, computer graphics, and video games |
| 40 |
Allison |
Video Game Background and Performance with Visual |
| 41 |
McClay & Haas |
A Real-time Brain Computer Interface for 3-D Flight Simulation |
| Imaging the cortex |
42 |
Gandhi & Stryker |
Imaging the functional plasticity of identified cell types in visual cortex |
| 43 |
Seidemann, Geisler, & Chen |
Optimal decoding of neural population responses in the primate visual cortex |
| 44 |
Kriegeskorte |
Representational similarity analysis -- relating hi-res fMRI to other modalities and to computational models |
| 45 |
Nagarajan |
High-fidelity electromagnetic imaging enabled by machine learning |
| Using AO as a tool beyond conventional imaging |
46 |
Roorda |
What psychophysical testing with adaptive optics can tell us about myopia |
| 47 |
Werner, Choi, & Zawadzki |
High-Resolution Imaging with Adaptive Optics and Optical Coherence Tomography, and Functional Changes in Retinal Disease |
| 48 |
Flannery, Greenberg, & Kolstad |
Light |
| 49 |
Campbell |
Adaptive optics and the future for light based therapies |
| Poster abstracts |
50 |
Ahumada |
A model for early motion compensation |
| 51 |
Allred & Brainard |
Scene complexity affects lightness constancy with respect to changes in object slant and surround reflectance |
| 52 |
Benucci, Frazor, & Carandini |
Imaging pattern adaptation in primary visual cortex |
| 53 |
Bloj, Ruppertsberg, Banterle, & Chalmers |
Characterisation of a High Dynamic Range display |
| 54 |
Brueggemann |
The hand is NOT quicker than the eye |
| 55 |
Cantor & Schor |
Modeling the Flash Pulfrich Effect |
| 56 |
Chakraborty, Zheng, Lin, & Rauschenberger |
Computational Eye Movement Model based on Adaptive Saliency Map |
| 57 |
Chen, Martinez-Conde, Macknik, Swadlow, Alonso, & Lee |
Input to cells in macaque V1 revealed with a novel grating stimulus |
| 58 |
Dracopoulos & Westall |
Reduction of the Photopic Negative Response (PhNR) in Children with childhood epilepsy on vigabatrin therapy |
| 59 |
Drga & Harris |
The use of horizontal disparity in distance perception in sparse, dark environments |
| 60 |
D'Souza, Lee, & Frahm |
Do chromatic responses in V1 match retinal output or perceptual performance? |
| 61 |
Elze, Tanner, Lochmann, & Becker |
LCD Monitors in Vision Science |
| 62 |
Farini, Arrighi, & Gheri |
The relevance of colour in web pages readability |
| 63 |
Francis |
Cortical dynamics of figure-ground segmentation: Shine through |
| 64 |
Frazor, Benucci, & Carandini |
Independence of retinotopy and orientation selectivity in the population responses of area V1 |
| 65 |
Fukushima, Torii, & Ukai |
The relationship between CA/C ratio and individual differences in dynamic accommodative responses while viewing stereoscopic images |
| 66 |
Reza, Abdollahi, Attarchi, & Esfe |
Central Corneal Thickness and Medically Uncontrolled primary open angel glaucoma |
| 67 |
Hunter, Morgan, Wolfe, Sparrow, & Williams |
Decrease and Recovery of in vitro Retinal Pigment Epithelium Autofluorescence Intensity in Response to Visible Light |
| 68 |
Ivanov & Werner |
Colour and spatial cue for action: Subliminal colour cue effects motor behaviour |
| 69 |
Johnson, Wu, Edwards, & Copenhagen |
Vesicular Glutamate Release From Photoreceptors is Required for Maintenance of Synapses in the Outer Retina |
| 70 |
Jonnal, Cense, Gao, & Miller |
Sight seeing: in vivo detection of human cone phototransduction |
| 71 |
Juricevic, Kennedy, & Patel |
Perception of Perspective Pictures: Vision's ART theory Approximation |
| 72 |
Katzner, Nauhaus, Benucci, Bonin, Ringach, & Carandini |
The local field potential in primary visual cortex: how local is it? |
| 73 |
Klein & Levi |
Problems with modeling detection and identification of signals in noise |
| 74 |
Koenig & Hofer |
The absolute threshold of cone vision is relatively insensitive to the criteria for seeing |
| 75 |
Krishnamoorthy, Pitchaiah, Baloni, & Dhingra |
In Vivo Labeling of Mammalian Cone Photoreceptors by Intravitreal Injection of Fluorescently Tagged Peanut Agglutinin - A Potential Tool for Assessing Photoreceptor Degeneration in Humans |
| 76 |
Krishnaswamy & Owen |
The Statistical Properties of Images as Determinants of Ganglion Cell Activity in the Vertebrate Retina |
| 77 |
Kuchenbecker, Carroll, Neitz, & Neitz |
Computer Model of Color Vision Circuit Parallels Psychophysical Responses to Single Cone Photoreceptor Stimulation by a 550 nm Wavelength Light |
| 78 |
Larson & Chandler |
Explaining crypsis and information content in the visual pathway using statistical properties of animal camouflage and natural scenes |
| 79 |
Li, Mishra, & Roorda |
Simulation and experimental demonstration of a linearized adaptive optics control loop |
| 80 |
Lin & Han |
Self-construal priming modulates visual activity underlying global/local perception |
| 81 |
Martin, Dubis, Carroll, & Krauskopf |
Estimation of L: M Cone Ratio from ERG, Adaptive Optics, and Color Naming Methods |
| 82 |
Mauck, Kuchenbecker, Pawela, Hyde, Hudetz, Neitz, & Neitz |
Functional Magnetic Resonance Imaging of Neural Activity in Rat CNS in Response to Chromatic Stimuli |
| 83 |
McDermott, Yasuda, Rajewale, & Webster |
The perceptual balance of color |
| 84 |
McKee, Wade, Pettet, Vildavski, Appelbaum, & Norcia |
Disparity processing in the human brain imaged with high density EEG |
| 85 |
McKeefry, Burton, Vakrou, Barrett, & Morland |
Deficits in speed perception induced by transcranial magnetic stimulation of cortical area V5/MT+ |
| 86 |
Mihashi |
Fluctuations of accommodation and aberrations for both eyes with or without cycloplegia |
| 87 |
Nagai & MacLeod |
Dependence of perceived brightness on retinal transient signals: is there a temporal Craik-Cornsweet effect? |
| 88 |
Nasirzade |
Controlling the Single-jointed Flexible Arm with Fuzzy Method |
| 89 |
Nauhaus, Benucci, Frazer, Carandini, & Ringach |
The degree of orientation selectivity of neurons in V1 depends on the local orientation map |
| 90 |
Okiyama, Segawa, & Uchikawa |
Effects of Visual Attention on Luminance and Chromatic Contrast Sensitivities in Foveal Vision |
| 91 |
Olzak & Kramer |
How do second-order mechanisms interact? |
| 92 |
Ozolinsh |
Dynamics and accuracy of eye aberration measurements |
| 93 |
Palomares, Norcia, Wade, Pettet, Vildavski, & Appelbaum |
On the differences and similarities between real and implied motion: a high-density EEG study |
| 94 |
Peli & Vargas-Martin |
Design and Implementations of In-the-Spectacle-Lens Bioptic Telescopes |
| 95 |
Perez, Manzanera, & Artal |
Combined effect of scattering and spherical aberration on contrast sensitivity |
| 96 |
Popple & Levi |
Attentional blinks as errors in temporal binding |
| 97 |
Powers |
Binocular vision and Lasik: Improvement following visual skills training |
| 98 |
Renninger, Verghese, & Fletcher |
Efficienct Eye Movements for Low Vision Rehabilitation |
| 99 |
Richters & Eskew |
Hand-eye correlation: hand movements can alter color judgments |
| 100 |
Robinson & de Sa |
Measuring White's illusion during brief stimulus displays |
| 101 |
Rokem, Sanghvi, & Silver |
Motion adaptation bandwidth anisotropies in the human visual system |
| 102 |
Saegusa & Ukai |
Effect of Gaze Direction on Adaptation to a Stereo-Slant |
| 103 |
Sasaki, Yotsumoto, Chan, Vasios, Nanez, Shimojo, Watanabe, & Bonmassar |
Brain activity related to consolidation of perceptual learning during sleep |
| 104 |
Schreiber |
Retinal Correspondence and the Theoretical Horopter |
| 105 |
Shinomori, Hamaguchi, Miyazawa, Oda, Tsurumi, Onouchi, & Nakauchi |
Functional spectral filter for optical simulation of dichromats in color discrimination |
| 106 |
Shinomori,Yokota, & Nakauchi |
Color naming and color categorization by dichromats. |
| 107 |
Siwinska, Wozniak, Paras, & Webster |
Local vs. global distortions in face adaptation |
| 108 |
Stockman, Crowther, & Ripamonti |
Silent surrounds: the M-cones gate the S-cone input to luminance |
| 109 |
Tanahashi, Ujike, & Ukai |
Visual rotation axis and posture relative to the gravity axis: effects on circular vection |
| 110 |
Tian |
Nonlinear Choroidal Responses to Imposed Defocus in Young Chick Eyes |
| 111 |
Vedamurthy, Nguyen, & Schor |
Cross-coupling between convergence and accommodation is optimized for a broad range of directions and distances of gaze |
| 112 |
Westall & Cortese |
GABA enhancing antiepileptic drug safer for human developing vs. mature retina |
| 113 |
Yamauchi, Nakano, & Uchikawa |
Comparison between an algebraic method and the maximum saturation method to estimate individual color matching functions |
| 114 |
Yoonessi, Kingdom, & Alqawlaq |
Is color patchy? |
| 115 |
Yotsumoto |
Trained location-specific activity changes during sleep after training of a visual task |
| 116 |
Zhang, Tiruveedhula, Sincich, Horton, & Roorda |
Adaptive optics scanning laser ophthalmoscope (AOSLO) for precise visual stimulus presentation |
| 117 |
Zhang, Cantor, & Schor |
Temporal Interaction in Perisaccadic Mislocalization |
| Boynton lecture |
118 |
Jacobs |
The role of comparative studies in understanding primate color vision |