D. Lebedev - Publications

2014

Rozhkova G., Lebedev D., Gracheva M., Rychkova S., Advantages of employing specially modified 3-bar stimuli for visual acuity monitoring in adults and children: Test-retest reliability// 37th European Conference on Visual Perception 2014. Belgrad, Serbia. 24-28 August. Perception. 2014. V. 43, Suppl. P.34.

2013

Rozhkova G., Lebedev D., Visual acuity measurement: Account of the optotype structure // 36th European Conference on Visual Perception 2013. Bremen, Germany. 25-29 August. Perception. 2013. V. 42, Suppl. P. 69.

2011

A. Belozerov, Lebedev D., Rozhkova G., A slight modification can significantly improve a quality of the 3-bar resolution targets as the optotypes for measuring visual acuity // Abstracts of the 34th European Conference on Visual Perception. Toulouse, France. August 28th September 1st 2011. Perception. 2011. V. 40. Suppl. P. 121.
Rozhkova G., Lebedev D., A. Belozerov, Unexpected drawback of the 3-bar resolution targets as the optotypes for the expert assessment of visual acuity // Abstracts of the 34th European Conference on Visual Perception. Toulouse, France. August 28th September 1st 2011. Perception. 2011. V. 40. Suppl. P. 122-123.

2010

Rozhkova G., Lebedev D., Is it rational to use Landolt C and Snellen E as the optotypes in the modern-day visual acuity measurements for early diagnostics? // 1st World Congress on con-troversies in ophthalmology. Prague. Czech Republic. March 4-7, 2010. P. 16.
Rozhkova G., A.E Belozerov, Lebedev D., Crowding not always spoils identification: Surrounding stimuli can improve discriminability of the central ones // Perception. 2010. V. 39. Suppl. P. 28.

2009

Lebedev D., Rozhkova G., Bastakov V., Kim C.-Y., Lee S.-D., Local contrast enhancement for improving screen images exposed to intensive external light // GraphiCon2009. Conference Proceedings. P. 112-116. 19th International Conference on Computer Graphics and Vision. Moscow State University. Oct. 5-9.

2007

Lebedev D., Marshak D., Amacrine cell contributions to red-green color opponency in central primate retina: A model study. // Visual Neuroscience, 2007, 24(4), p. 535547.

2006

Lebedev D., Marshak D., Amacrine cell contributions to red-green opponency in central primate retina: A model study. // Perception, 2006, v. 35, (Supplement), p. 21. (ECVP 2006)
Maximov P., Lebedev D., Marshak D., A role for the blue pathway in the development of red-green opponency. // Perception, 2006, v. 35, (Supplement), p. 195. (ECVP 2006) http://pec.sagepub.com/content/35/1_suppl.toc

2003

Lebedev D., Illusory Brewster"s colours and resolution in the red-green opponent channel // Perception, 2003 (Supplement). V. 32.P. 148.

2001

Lebedev D., Model research of the output signals of the midget ganglion cells in the primate retina // Perception. 2001 (Supplement). V. 30. P. 4.

1998

Lebedev D., Byzov A., Govardovskii V., Photoreceptor coupling & boundary detection // Vision Research. 1998. V. 38. P. 3161-3169.

1994

Lebedev D., Non-linear noisy image filtering based on Multi-Mask Laplacian // Berichts des Instituts fur Informatik der Universitat Zurich. Zurich: 1994. N4. 1-16.

1992

Lebedev D., Laplacian Pyramid Code as a Representation for Low-Level Visual Information // Bericht des Instituts fur Informatik der Universitat Zurich. Zurich: 1992. N1. . 1-16.

1990

Lebedev D., ., Image Encoding Using a Difference Picture Pyramid // Abstr. of XXIII URSI General Assemble Prague. 1990. V. 2.