TEMPORAL FREQUENCY DISCRIMINATION ABOVE THRESHOLD

[11] DIFFERENCE-LIMENS FOR PHOTIC INTERMITTENCE [J]. QUARTERLY JOURNAL OF EXPERIMENTAL PSYCHOLOGY, 1955, 7 : 49 - 55

[12] FLICKER FUSION PHENOMENA [J]. SCIENCE, 1968, 160 (3823) : 21 - &

[13] MANDLER MB, 1980, INVEST OPHTH VIS SCI, V19, P45

[14] APPARENT DEPTH OF MODULATION AS A FUNCTION OF FREQUENCY AND AMPLITUDE OF TEMPORAL MODULATIONS OF LUMINANCE [J]. JOURNAL OF THE OPTICAL SOCIETY OF AMERICA, 1970, 60 (07) : 970 - &

[15] DIFFERENTIAL SENSITIVITY OF THE EYE TO INTERMITTENT WHITE LIGHT [J]. SCIENCE, 1955, 121 (3136) : 173 - 175

[16] DIFFERENTIAL SENSITIVITY OF PERIPHERAL RETINA TO INTERMITTENT WHITE LIGHT [J]. SCIENCE, 1960, 132 (3428) : 672 - 674

[17] SIZE-DETECTING MECHANISMS IN HUMAN VISION [J]. SCIENCE, 1968, 162 (3858) : 1146 - &

[18] FLICKER ADAPTATION .1. EFFECT ON VISUAL SENSITIVITY TO TEMPORAL FLUCTUATIONS OF LIGHT INTENSITY [J]. VISION RESEARCH, 1971, 11 (09) : 943 - &

[19] VELOCITY-SENSITIVE ELEMENTS IN HUMAN VISION - INITIAL PSYCHOPHYSICAL EVIDENCE [J]. VISION RESEARCH, 1968, 8 (04) : 445 - &

[20] PELLI DG, 1981, THESIS CAMBRIDGE U E

[11] DIFFERENCE-LIMENS FOR PHOTIC INTERMITTENCE [J]. QUARTERLY JOURNAL OF EXPERIMENTAL PSYCHOLOGY, 1955, 7 : 49 - 55

[12] FLICKER FUSION PHENOMENA [J]. SCIENCE, 1968, 160 (3823) : 21 - &

[13] MANDLER MB, 1980, INVEST OPHTH VIS SCI, V19, P45

[14] APPARENT DEPTH OF MODULATION AS A FUNCTION OF FREQUENCY AND AMPLITUDE OF TEMPORAL MODULATIONS OF LUMINANCE [J]. JOURNAL OF THE OPTICAL SOCIETY OF AMERICA, 1970, 60 (07) : 970 - &

[15] DIFFERENTIAL SENSITIVITY OF THE EYE TO INTERMITTENT WHITE LIGHT [J]. SCIENCE, 1955, 121 (3136) : 173 - 175

[16] DIFFERENTIAL SENSITIVITY OF PERIPHERAL RETINA TO INTERMITTENT WHITE LIGHT [J]. SCIENCE, 1960, 132 (3428) : 672 - 674

[17] SIZE-DETECTING MECHANISMS IN HUMAN VISION [J]. SCIENCE, 1968, 162 (3858) : 1146 - &

[18] FLICKER ADAPTATION .1. EFFECT ON VISUAL SENSITIVITY TO TEMPORAL FLUCTUATIONS OF LIGHT INTENSITY [J]. VISION RESEARCH, 1971, 11 (09) : 943 - &

[19] VELOCITY-SENSITIVE ELEMENTS IN HUMAN VISION - INITIAL PSYCHOPHYSICAL EVIDENCE [J]. VISION RESEARCH, 1968, 8 (04) : 445 - &

[20] PELLI DG, 1981, THESIS CAMBRIDGE U E