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ORCIDChristopher W. Tyler
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- affiliation: Smith-Kettlewell Eye Research Institute, San Francisco, CA, USA
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Journal Articles
- 2021
[j10]Christopher W. Tyler:
The Interstitial Pathways as the Substrate of Consciousness: A New Synthesis. Entropy 23(11): 1443 (2021)- 2020
- [j9]Christopher W. Tyler:
An Accelerated Cue Combination Principle Accounts for Multi-cue Depth Perception. J. Percept. Imaging 3(1): 10501-1 (2020) - 2014
- [j8]Christopher W. Tyler:
Autostereogram. Scholarpedia 9(4): 9229 (2014) - 2010
- [j7]Christopher W. Tyler, Lora T. Likova:
An Algebra for the Analysis of Object Encoding. NeuroImage 50(3): 1243-1250 (2010) - [j6]Mark M. Schira
, Christopher W. Tyler, Branka Spehar, Michael Breakspear:
Modeling Magnification and Anisotropy in the Primate Foveal Confluence. PLoS Comput. Biol. 6(1) (2010) - 2007
- [j5]Lora T. Likova, Christopher W. Tyler:
Stereomotion processing in the human occipital cortex. NeuroImage 38(2): 293-305 (2007) - 2006
- [j4]Christopher W. Tyler, Lora T. Likova, Leonid L. Kontsevich, Alex R. Wade:
The specificity of cortical region KO to depth structure. NeuroImage 30(1): 228-238 (2006) - 2005
- [j3]Christopher W. Tyler, Heidi A. Baseler, Leonid L. Kontsevich, Lora T. Likova, Alex R. Wade, Brian A. Wandell:
Predominantly extra-retinotopic cortical response to pattern symmetry. NeuroImage 24(2): 306-314 (2005) - [j2]Chien-Chung Chen, Christopher W. Tyler, Chia-Li Liu, Yao-Hong Wang:
Lateral modulation of BOLD activation in unstimulated regions of the human visual cortex. NeuroImage 24(3): 802-809 (2005) - 2003
- [j1]Chien-Chung Chen, Christopher W. Tyler, Heidi A. Baseler:
Statistical properties of BOLD magnetic resonance activity in the human brain. NeuroImage 20(2): 1096-1109 (2003)
Conference and Workshop Papers
- 2023
- [c37]Glenn Hartelius, Lora T. Likova, Christopher W. Tyler:
Self-regulation of attentional stance facilitates induction of meditative states. HVEI 2023: 1-8 - [c36]Lora T. Likova, Zhangziyi Zhou, Michael Liang, Christopher W. Tyler:
Spatial cognition training rapidly induces cortical plasticity in blind navigation: Transfer of training effect & Granger causal connectivity analysis. HVEI 2023: 1-12 - [c35]Christopher W. Tyler:
A more accurate model of dark-adapted ERG kinetics. HVEI 2023: 1-4 - 2021
- [c34]David G. Stork, Christopher W. Tyler, Sara J. Schechner:
Did Tim Paint a Vermeer? Computer Vision and Image Analysis of Art 2021: 1-12 - [c33]Lora T. Likova, Kristyo Mineff, Christopher W. Tyler:
Multipurpose Spatiomotor Capture System for Haptic and Visual Training and Testing in the Blind and Sighted. HVEI 2021 - [c32]Christopher W. Tyler:
Cartography as Spatial Representation: A new assessment of the competing advantages and drawbacks across fields of science. HVEI 2021 - 2018
- [c31]Christopher W. Tyler:
Rational Approaches to Correcting for Multiple Tests. HVEI 2018: 1-8 - 2017
- [c30]Christopher W. Tyler, Ajay Gopi:
Computational estimation of scene structure through texture gradient cues. HVEI 2017: 167-176 - 2016
- [c29]Lora T. Likova, Christopher W. Tyler, Laura Cacciamani, Kristyo Mineff, Spero C. Nicholas:
The Cortical Network for Braille Writing in the Blind. HVEI 2016: 1-6 - [c28]Christopher W. Tyler:
Peripheral Color Vision and Motion Processing. HVEI 2016: 1-5 - 2014
- [c27]Christopher W. Tyler:
Perceiving, measuring, and modeling materials. Measuring, Modeling, and Reproducing Material Appearance 2014: 901802 - [c26]Christopher W. Tyler:
3D space perception as embodied cognition in the history of art images. Human Vision and Electronic Imaging 2014: 901416 - 2013
- [c25]Christopher W. Tyler:
Application of face encoding to art investigations. EUVIP 2013: 226-231 - [c24]Christopher W. Tyler:
Binocular eye movements in health and disease. Human Vision and Electronic Imaging 2013: 86510Y - 2012
- [c23]Christopher W. Tyler, Lora T. Likova, Kalin Atanassov, Vikas Ramachandra, Sergio Goma:
3D discomfort from vertical and torsional disparities in natural images. Human Vision and Electronic Imaging 2012: 82910Q - [c22]Christopher W. Tyler, William A. P. Smith, David G. Stork:
In search of Leonardo: computer-based facial image analysis of Renaissance artworks for identifying Leonardo as subject. Human Vision and Electronic Imaging 2012: 82911D - 2011
- [c21]Christopher W. Tyler, Spero C. Nicholas:
Perceptual coding for 3D reconstruction. EUVIP 2011: 116-121 - 2010
- [c20]Christopher W. Tyler:
Darkness and depth in early Renaissance painting. Human Vision and Electronic Imaging 2010: 75270 - [c19]Christopher W. Tyler:
How did Leonardo perceive himself? Metric iconography of da Vinci's self-portraits. Human Vision and Electronic Imaging 2010: 75271 - 2007
- [c18]Lora T. Likova, Christopher W. Tyler:
Instantaneous stimulus paradigm: cortical network and dynamics of figure-ground organization. Human Vision and Electronic Imaging 2007: 64921E - 2005
- [c17]Christopher W. Tyler:
The riches of the cyclopean paradigm. Human Vision and Electronic Imaging 2005: 62-70 - [c16]Lora T. Likova, Christopher W. Tyler:
Transient-based image segmentation: top-down surround suppression in human V1. Human Vision and Electronic Imaging 2005: 248-257 - [c15]Christopher W. Tyler:
A horopter for two-point perspective. Human Vision and Electronic Imaging 2005: 306-315 - 2004
- [c14]Leonid L. Kontsevich, Christopher W. Tyler:
Local channel structure of sustained peripheral vision. Human Vision and Electronic Imaging 2004: 26-33 - [c13]Lora T. Likova, Christopher W. Tyler:
Is the hMT+/V5 complex in the human brain involved in stereomotion perception? an fMRI study. Human Vision and Electronic Imaging 2004: 444- - 2003
- [c12]Lora T. Likova, Christopher W. Tyler:
Failure of stereomotion capture in an object disappearance paradigm. Human Vision and Electronic Imaging 2003: 408-416 - 2002
- [c11]Thom Carney, Stanley A. Klein, Brent Beutter, Anthony M. Norcia, Chien-Chung Chen, Christopher W. Tyler, Walter Makous, Andrew B. Watson, Simon J. Cropper, Ariella V. Popple, Ken Robertson, Velitchko Manahilov, Bill Simpson, Klara Wenzel:
Extending the modelfest image/threshold database into the spatio-temporal domain. Human Vision and Electronic Imaging 2002: 138-148 - 2001
- [c10]Christopher W. Tyler, Amy Ione:
Concept of space in 20th century art. Human Vision and Electronic Imaging 2001: 565-577 - 2000
- [c9]Thom Carney, Christopher W. Tyler, Andrew B. Watson, Walter Makous, Brent Beutter, Chien-Chung Chen, Anthony M. Norcia, Stanley A. Klein:
Modelfest: year one results and plans for future years. Human Vision and Electronic Imaging 2000: 140-151 - [c8]Chien-Chung Chen, Christopher W. Tyler:
Modelfest: principal component analysis reveals underlying channel structure. Human Vision and Electronic Imaging 2000: 152-159 - [c7]Christopher W. Tyler, Chien-Chung Chen:
Spatial summation of face information. Human Vision and Electronic Imaging 2000: 451-457 - [c6]Christopher W. Tyler:
Perspective as a geometric tool that launched the Renaissance. Human Vision and Electronic Imaging 2000: 492-497 - 1999
- [c5]Thom Carney, Stanley A. Klein, Christopher W. Tyler, D. Amnon Silverstein, Brent Beutter, Dennis Levi, Andrew B. Watson, Adam J. Reeves, Anthony M. Norcia, Chien-Chung Chen, Walter Makous, Miguel P. Eckstein:
Development of an image/threshold database for designing and testing human vision models. Human Vision and Electronic Imaging 1999: 542-551 - 1998
- [c4]Christopher W. Tyler:
Eye placement principles in portraits and figure studies over the past two millennia. Human Vision and Electronic Imaging 1998: 431-438 - 1997
- [c3]Stanley A. Klein, Thom Carney, Lauren Barghout-Stein, Christopher W. Tyler:
Seven models of masking. Human Vision and Electronic Imaging 1997: 13-24 - [c2]Lauren Barghout-Stein, Christopher W. Tyler, Stanley A. Klein:
Partitioning mechanisms of masking: contrast transducer versus divisive inhibition. Human Vision and Electronic Imaging 1997: 25-33 - [c1]Christopher W. Tyler:
Diffuse illumination as a default assumption for shape-from-shading in the absence of shadows. Human Vision and Electronic Imaging 1997: 346-351
Parts in Books or Collections
- 2013
- [p1]Christopher W. Tyler:
Shape Processing as Inherently Three-Dimensional. Shape Perception in Human and Computer Vision 2013: 357-372
Coauthor Index
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