vision.berkeley.edu

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Vision.berkeley.edu recives any estimated n/a unique visitors and n/a unique page views per day. Revenue gained from these much visits may be n/a per day from various advertising sources. The estimated worth of site is n/a.

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Country United States
IP Address 34.102.161.251

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Home - UC Berkeley Vision

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1	viewport	width=device-width, initial-scale=1

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Type	Status
HTML 5
Responsive Website

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Text / Code Ratio 4.12 %

vision.berkeley.edu has a website text/code ratio of 4.12 %. Search engine crawlers tend to not pick up pages with inadequate content.

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Titles

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No	Text
1	Team gronert (3)
2	Dr. michael silver (2)
3	Dr. roorda's fovea (2)
4	Focusing response (2)
5	Perception and visual cognition (2)
6	Affinity spots (2)
7	Adaptive optics (2)
8	Neural activity ın the retina (2)
9	News
10	Fields of research
11	Faculty
12	Students
13	Admissions

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LINK ANALYSIS

Total Link Count: 55

Internal Link Count : 37

No	Text	Type
1	UC Berkeley Vision Science	text
2	Alumni	text
3	Giving	text
4	Events	text
5	News	text
6	About Us	text
7	Academics	text
8	Admissions	text
9	Faculty	text
10	Research	text
11	Dr. Roorda's FoveaNew paper from the Roorda Lab: Human foveal cone photoreceptor topography and its dependence on eye length.	text
12	Affinity SpotsPhD student Dylan Paiton produced this plot for a recent paper submission. The model is a two-layer neural network trained on videos of natural scenes. Each pair of plots corresponds to a layer 2 neuron. The square plot is the spatial "receptive field" of the layer 2 neuron, the circular plot is the time-frequency "receptive field" of the layer 2 neuron. At the start of the model, each layer 2 neuron is connected randomly to all of the layer 1 neurons. Over time, after looking at millions of video segments, it learns a unique and interesting connectivity pattern to specific layer 1 neurons.	text
13	Dr. Roorda's FoveaNew paper from the Roorda Lab: Human foveal cone photoreceptor topography and its dependence on eye length.	text
14	Affinity SpotsPhD student Dylan Paiton produced this plot for a recent paper submission. The model is a two-layer neural network trained on videos of natural scenes. Each pair of plots corresponds to a layer 2 neuron. The square plot is the spatial "receptive field" of the layer 2 neuron, the circular plot is the time-frequency "receptive field" of the layer 2 neuron. At the start of the model, each layer 2 neuron is connected randomly to all of the layer 1 neurons. Over time, after looking at millions of video segments, it learns a unique and interesting connectivity pattern to specific layer 1 neurons.	text
15	Apply Now PhD Program By January 4, 2021	text
16	Welcome Dr. Jorge Otero-Milan	text
17	-	empty
18	Living by our Values and Guiding Principles	text
19	-	empty
20	Perception as Inference: The Brain and Comp****tion	text
21	-	empty
22	An eye-opening look at the glymphatic system	text
23	-	empty
24	Biomedical Optics	text
25	Clinical Science	text
26	Comp****tional Vision	text
27	Molecular and Cell Biology	text
28	Neuroscience & Neurobiology	text
29	Perception and Visual Cognition	text
30	Faculty	text
31	Students	text
32	Admissions	text
33	News	text
34	Find People	text
35	Alumni	text
36	Giving	text
37	Governance	text

External Link Count : 18

No	Text	Type
1	Team GronertThe Gronert lab takes safety seriously. They are also interested in intrinsic protective circuits in ocular inflammatory, immune and wound healing responses.	text
2	Dr. Michael SilverMichael Silver, Professor of Optometry and Vision Science and Neuroscience, in his lab on the Berkeley campus. The brains behind Dr. Silver are those of his two sons, Talyn and Gryphon. The artwork was made by his wife Jenny as lab warming gift.	text
3	Focusing ResponsePost-doctoral researchers Vivek Labhishetty and Steve Cholewiak are studying optical and image-based depth cues in current and emerging display technologies. Their research could lead to more comfortable and immersive head mounted display (HMD) technologies and has implications on myopia (nearsightedness) development.	text
4	Perception and Visual CognitionDr. Agostino Gibaldi of the Banks Lab is interested in extending models of sensory processing and oculo-motor behavior from laboratory settings to complex stimuli that more closely resemble real world conditions.	text
5	Adaptive OpticsSwati Bhargava from the Roorda lab. The question that motivates the research in the Roorda lab is, "how do humans convert the two-dimensional images that land on the retina into such a rich perceptual experience?"	text
6	Team GronertThe Gronert lab takes safety seriously. They are also interested in intrinsic protective circuits in ocular inflammatory, immune and wound healing responses.	text
7	Dr. Michael SilverMichael Silver, Professor of Optometry and Vision Science and Neuroscience, in his lab on the Berkeley campus. The brains behind Dr. Silver are those of his two sons, Talyn and Gryphon. The artwork was made by his wife Jenny as lab warming gift.	text
8	Focusing ResponsePost-doctoral researchers Vivek Labhishetty and Steve Cholewiak are studying optical and image-based depth cues in current and emerging display technologies. Their research could lead to more comfortable and immersive head mounted display (HMD) technologies and has implications on myopia (nearsightedness) development.	text
9	Perception and Visual CognitionDr. Agostino Gibaldi of the Banks Lab is interested in extending models of sensory processing and oculo-motor behavior from laboratory settings to complex stimuli that more closely resemble real world conditions.	text
10	Adaptive OpticsSwati Bhargava from the Roorda lab. The question that motivates the research in the Roorda lab is, "how do humans convert the two-dimensional images that land on the retina into such a rich perceptual experience?"	text
11	Team GronertThe Gronert lab takes safety seriously. They are also interested in intrinsic protective circuits in ocular inflammatory, immune and wound healing responses.	text
12	Berkeley University of California	text
13	Berkeley Optometry Magazine	text
14	Library	text
15	Campus Eye Clinics	text
16	School of Optometry	text
17	-	empty
18	-	empty