about
Orientation tuning of binocular summation: a comparison of colour to achromatic contrast.Orientation tuning in human colour vision at detection threshold.Perceptual quality prediction on authentically distorted images using a bag of features approach.Paradigm shifts: new techniques to answer new questions.Features and the 'primal sketch'.Human- and model-observer performance in ramp-spectrum noise: effects of regularization and object variability.Development of sensitivity to visual texture modulation in macaque monkeys4D numerical observer for lesion detection in respiratory-gated PET.Contextual effects on fine orientation discrimination tasks.Evidence for a generalized Laguerre transform of temporal events by the visual system.Disruption in the inhibitory architecture of the cell minicolumn: implications for autism.Distinct spatial scale sensitivities for early categorization of faces and places: neuromagnetic and behavioral findings.Prediction of human observer performance in a 2-alternative forced choice low-contrast detection task using channelized Hotelling observer: impact of radiation dose and reconstruction algorithms.Correlation between a 2D channelized Hotelling observer and human observers in a low-contrast detection task with multislice reading in CT.Modelling visual detection: luminance response non-linearity and internal noise.Neural nets.Human observer detection experiments with mammograms and power-law noise.The Hermann grid illusion: a tool for studying human perspective field organization.Motor and sensory fusion in monkeys: psychophysical measurements.Reading with magnifiers.Retina-V1 model of detectability across the visual field.Population coding and the labeling problem: extrinsic versus intrinsic representations.The Fourier theory of vision.A century of visual research at Imperial College, 1886 to 1986.The Hermann grid illusion revisited.Letter recognition at low contrast levels: effects of letter size.Preattentive processing of object size: implications for theories of size perception.A computational model as neurodecoder based on synchronous oscillation in the visual cortex.The Edridge-Green lecture vision at low light levels: role of spatial, temporal and contrast filters.Spatio-temporal interaction in neurones of the cat's dorsal lateral geniculate nucleus.Perceptual grouping in visual word recognition.A model of adaptive visual processes of primary image processing.Transient spatial attention degrades temporal resolution.A cortical locus for anisotropic overlay suppression of stimuli presented at fixation.Simultaneous encoding of direction at a local and global scale.Temporal factors in the discrimination of coherent motion.Orientation-specific luminance aftereffects.Similarity between Fourier transforms of objects predicts their experimental confusions.Global precedence in visual pattern recognition.Evolving concepts of spatial channels in vision: from independence to nonlinear interactions.
P2860
Q27316491-93903B05-6FA0-484A-B440-A190F89BDEB0Q30573372-146508A0-442F-49A5-99D4-53DAE1C94FB1Q30837018-D7EE2053-8136-4CED-B7A2-88E72C912A3CQ33905097-BABFA0D4-8607-414C-9AEC-25F283244AEEQ34054234-157E7BC1-E467-4738-AD6E-147838E475F3Q34144936-829CA565-6541-49A4-AAEB-1E8FCB508E0BQ34440263-47AC0581-894E-4609-9EC7-0A22A0986D6BQ34796416-75160976-1449-4A26-B0A7-94C9B6EB8143Q35172202-2268D502-A5ED-4745-8185-964C2F95B6FFQ35360742-16E6807D-42DE-4367-9E0A-196B4C2113CDQ35609013-B3A0035C-BA09-41F6-B38E-6518951A5AA9Q36705871-BBFAB432-57FF-4754-8D67-88C072C495E8Q36744421-911D0B90-3721-4A57-99E5-3607EB50FD5AQ38757585-7414C35A-83F8-48BA-A526-80F3E1D144EDQ39275741-5DA80EB3-2A66-47A7-A114-C39A4F03EADFQ39559157-430874C4-7687-4CA6-A351-42407FB318DBQ39566339-38A423C9-94A7-4092-AA8D-CE1F855498B4Q40585747-EEB0E00B-E788-4F0D-AB9F-15A8C0A89A7DQ41087000-A798D7F6-5628-4AB0-969C-D6BC0FE4AF27Q41282669-A438E3A5-39B8-42B1-B542-630E00912643Q42953646-F639C78A-8D8A-4858-B2A6-BA0A3E1DAD39Q43559902-B67DEE44-28F9-4F79-B366-703EDCDECC4CQ44606888-BB42DB6C-2794-43B8-B076-AC0194122FC2Q45169699-FE05C1D7-1DFC-4AD1-BC13-8A4F6B1DB2B6Q46851929-5FFD7C3A-488D-4006-BCD1-E8CFBD748B06Q47201250-6FC3D244-B8C3-402A-87A6-15191C078D40Q47402236-AC566E94-C3E2-4429-BA33-538D3FB246D9Q48188401-94D06ACB-8FCA-4F4E-9A58-9E4EAC93B7D1Q48521213-2506B004-A9BC-49F9-9A96-933DD0E19633Q48717461-26A3A14F-6704-4A4A-94D2-92EA9EEE777CQ52038980-5DCE6A85-932A-4026-AD4E-4614AD74937EQ52082492-E434909D-AAA6-44C2-9BD3-1FEF2CC2F7E2Q52105677-0E2512E6-AB21-4D6F-B176-9D46B01F10CDQ52148654-A56CE9F7-3D46-4CC4-918E-775C9F3849DAQ52189245-928A3CBE-C20A-4464-BDBF-67C392A157F5Q52229446-1E6EED34-D575-49E5-8B5B-D0DDEA90DAF6Q52241165-91835704-4061-4742-905D-062CBAB37A21Q52242975-1191FA68-9464-4230-89F9-B0E67E4848AEQ52275128-909470A1-A43B-43B7-AAEF-D999B547DF55Q52280961-E09F34D6-B36B-4796-AB11-79B1D5CA36B7
P2860
description
1979 nî lūn-bûn
@nan
1979年の論文
@ja
1979年論文
@yue
1979年論文
@zh-hant
1979年論文
@zh-hk
1979年論文
@zh-mo
1979年論文
@zh-tw
1979年论文
@wuu
1979年论文
@zh
1979年论文
@zh-cn
name
A four mechanism model for threshold spatial vision.
@en
type
label
A four mechanism model for threshold spatial vision.
@en
prefLabel
A four mechanism model for threshold spatial vision.
@en
P1433
P1476
A four mechanism model for threshold spatial vision.
@en
P2093
P356
10.1016/0042-6989(79)90117-2
P577
1979-01-01T00:00:00Z