Johannes Burge
Johannes Burge
Email: jburge [at] mail.cps.utexas.edu
Office: 512-471-3054 (SEA 4.328B)
Center for Perceptual Systems
1 University Station, #A8000
Austin, TX 78712-0187
Vision Science Program, UC Berkeley
Stanford University
Center for Perceptual Systems, UT Austin
Vision systems
Natural Scenes
Computation
PhD in Vision Science
BA in Psychology, Mathematics minor
News
July, 2011:
August, 2011:
Post-doctoral researcher ( Advisor: Bill Geisler )
Lecture and one-day workshop on natural scene statistics, statistical methods, and current research at Ludwig Maximilians Universitat in Munich, Germany. Thanks to Paul MacNeilage for having me!
Presented on optimal defocus estimation in model human visual systems at the Imaging Systems and Applications, Optical Society of America conference in Toronto, Canada
April, 2011:
© 2011 — 2012 Johannes Burge
Uploaded Matlab implementation of new statistical method, Accuracy Maximization Analysis (AMA)
Book chapter published in Sensory Cue Integration
Cooper EA, Burge J, Banks MS (2011).
The vertical horopter is not adaptable but it may be adaptive.
Journal of Vision, 11(3) 20: 1-19. [ pdf ]
Banks MS, Burge J, & Held R (2011).
The statistical relationship between depth, visual cues, and human perception.
In: Sensory Cue Integration (Eds Trommershauser J, Kording KP, Landy M) Oxford University Press
Article published in Journal of Vision
Provisional Patent filed on method for imaged-based optimal defocus estimation in digital imaging systems (Provisional Patent 22084-P069)
February, 2011:
October, 2011:
Article published in Proceedings of the National Academy of Sciences
Burge J & Geisler WS (2011).
Optimal defocus estimation in individual natural images.
Proceedings of the National Academy of Sciences, 108 (40): 16849-16854 [ pdf ]
September, 2011:
PNAS article covered by Science Daily
PNAS article covered by Fast Company, Wired, Science Magazine
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Deciphering the brain's autofocus mechanism. Science Magazine, October 7, 2011
Psychologists decipher brain's clever autofocus software. Wired.com, October 10, 2011
Giving cameras the best autofocus possible, autofocus from the human eye. Fast Company, October 31, 2011
January, 2012:
Paper published in the Proceedings of the IS&T/SPIE Conference on Electronic Imaging
Burge J & Geisler WS (2012).
Optimal defocus estimates from individual images for autofocusing a digital camera.
Proceedings of the SPIE, 8299, 82990: E1-E12, January: Burlingame, CA [ pdf ]
November, 2011:
PNAS article covered by Scientific American
Giving cameras the best autofocus possible, autofocus from the human eye. Scientific American, Nov. 1, 2011
Algorithm for estimating focus error covered by The Guardian Observer and Popular Photography
Autofocus and the importance of 'defocusing'. The Guardian Observer, January 15, 2011
SPIE paper wins the Digital Photography VIII best paper award. Award sponsored by Canon USA, Inc.
Study of the human eye could lead to more accurate autofocus technology.Popular Photography, Jan. 20, 2011
February, 2012:
Presented on optimal disparity estimation in natural stereo-images at the Cosyne annual meeting
Presented on optimally estimating focus error for autofocusing a DSLR camera at IS&T/SPIE meeting
June, 2012:
Presented at an inter-disciplinary conference titled "Perception, Representation, and Objectivity: Themes from Tyler Burge" in St. Petersburg, Russia. The conference was centered on my father's
recent book titled "Origins of Objectivity"
September, 2012:
"Optimal disparity estimation in natural stereo-images" has been submitted
August, 2012:
"Binocular integration and disparity selectivity in mouse primary visual cortex" has been submitted