John Ross

Q: What Schools Are Affiliated With John Ross

John Ross is affiliated with the following schools: University of Sydney, Princeton University, Stanford University, University of Western Australia

John Ross's AcademicInfluence.com Rankings

John Ross

Psychology

#3841

World Rank

#4303

Historical Rank

psychology Degrees

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Psychology

John Ross's Degrees

PhD Psychology Stanford University

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John Ross's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

Selective suppression of the magnocellular visual pathway during saccadic eye movements (1994) (668)
Changes in visual perception at the time of saccades (2001) (600)
A Visual Sense of Number (2007) (507)
Compression of visual space before saccades (1997) (461)
Saccadic eye movements cause compression of time as well as space (2005) (369)
Contrast sensitivity at high velocities (1982) (327)
Extraretinal Control of Saccadic Suppression (2000) (279)
Mach bands are phase dependent (1986) (271)
Seeing objects in motion (1986) (217)
Apparent Position of Visual Targets during Real and Simulated Saccadic Eye Movements (1997) (196)
Contrast adaptation and contrast masking in human vision (1991) (194)
Selective depression of motion sensitivity during saccades. (1982) (191)
Direct Evidence That “Speedlines” Influence Motion Mechanisms (2002) (147)
Coherent global motion in the absence of coherent velocity signals (2000) (147)
Vision senses number directly. (2009) (145)
Visual processing of motion (1986) (121)
How does binocular delay give information about depth? (1979) (114)
Suppression of the magnocellular pathway during saccades (1996) (104)
AN ASSESSMENT OF SOME STRUCTURAL PROPERTIES OF THE JUNGIAN PERSONALITY TYPOLOGY. (1962) (103)
Some observations on memory artifice (1968) (100)
Short-term memory in stereopsis. (1974) (97)
Smooth and sampled motion (1986) (93)
Saccades compress space, time and number (2010) (91)
Separate visual representations for perception and action revealed by saccadic eye movements (2001) (84)
Some Correlates of a Jungian Personality Inventory (1964) (82)
Stereopsis by binocular delay (1974) (82)
The conditions under which Mach bands are visible (1989) (82)
The effects of adaptation and masking on incremental thresholds for contrast (1993) (81)
Visual Discrimination of Number without Counting (2003) (76)
An explanation for the visibility of low frequency gratings (1981) (69)
Short-term memory for symmetry (1976) (61)
Edge detection is a projection (1989) (61)
Added noise restores recognizability of coarse quantized images (1983) (58)
A generalization of the interpoint distance model (1964) (55)
The perceived direction and speed of global motion in Glass pattern sequences (2004) (50)
Differences in heaviness in relation to density and weight (1970) (50)
Saccades actively maintain perceptual continuity (2004) (49)
Intercorrelations and Reliability of the Myers-Briggs Type Indicator Scales (1963) (48)
A Description and Evaluation of the Myers-Briggs Type Indicator. (1962) (45)
Spatial limitations of temporal segmentation (1999) (41)
The pulfrich effect and short-term memory in stereopsis (1975) (39)
A consistent failure of the power law for lifted weight (1970) (39)
The relative importance of local phase and local amplitude in patchwise image reconstruction (1991) (38)
Lines of sight (1995) (37)
Local regulation of luminance gain (1985) (36)
The effects of opposite-polarity dipoles on the detection of Glass patterns (2006) (35)
Extended practice with a single-character classification task (1970) (34)
Seeing and ballistic pointing at perisaccadic targets. (2005) (33)
Judgment and response in magnitude estimation. (1971) (31)
Cardinal axes for radial and circular motion, revealed by summation and by masking (2001) (30)
Perceived contrast following adaptation to gratings of different orientations (1996) (29)
High frequency limitations on mach bands (1981) (26)
McCollough Effect Depends upon Perceived Organization (1977) (25)
Underestimation of perceived number at the time of saccades (2011) (24)
Prediction of College Performance with the Myers-Briggs Type Indicator (1965) (23)
Response: Visual number (2008) (23)
The relationship between a jungian personality inventory and tests of ability, personality and interest (1966) (22)
A remark on tucker and Messick's “points of view” analysis (1966) (22)
Vision: The World through Picket Fences (2004) (22)
The dual nature of extraversion: A replication (1964) (22)
Avector model for psychophysical judgment. (1968) (21)
Mean performance and the factor analysis of learning data (1964) (20)
Number, texture and crowding (2012) (19)
An empirical study of a logistic mental test model. (1966) (18)
Illusory brightness step in the chevreul illusion (1994) (17)
Size constancy fails below half a degree (1980) (16)
The knowing visual self (2008) (15)
A Spatial Illusion from Motion Rivalry (1986) (15)
Phase and detection of compound gratings (1980) (15)
Phase perception in the high spatial frequency range (1980) (14)
A Catalog of 1-D Features in Natural Images (1994) (13)
THE RELATIONSHIP BETWEEN THE MYERS‐BRIGGS TYPE INDICATOR AND ABILITY, PERSONALITY AND INFORMATION TESTS (1963) (12)
Keeping vision stable: rapid updating of spatiotopic receptive fields may cause relativistic-like effects (2010) (12)
MACH BANDS DEPEND ON VISUAL PHASE (1986) (12)
Response: ‘Saccadic suppression’ – no need for an active extra-retinal mechanism (2001) (11)
Local and global visual processing (1986) (10)
Category scales and contrast effects with lifted weights. (1968) (10)
Sensory contrast effects in the judgment of lifted weights (1966) (8)
THE ITEM CONTENT AND SOME CORRELATES OF A JUNGIAN PERSONALITY INVENTORY1 (1963) (8)
Cardinal Directions for Optic Flow (2000) (7)
BDNF and epilepsy - the bad could turn out to be good (2001) (7)
Effects of adaptation to Glass pattern structure and to path of optic flow (2007) (7)
Informational coverage and correlational analysis (1962) (7)
Chapter 12 – Saccades Compress Space, Time, and Number* (2011) (7)
Misuse of statistics in social sciences (1985) (7)
Visual analysis during motion (1990) (7)
Image compression and reconstruction by a feature catalogue (1992) (6)
ATTRIBUTE AND RELIABILITY (1968) (6)
Noise and recognizability of coarse quantized images (reply) (1984) (5)
Why do we not perceive photons? (1978) (5)
Comment on feldt's “use of extreme groups” (1964) (5)
The dimensionality of judgments of heaviness (1969) (5)
A FACTOR TEST OF A MEMORY MODEL (1961) (5)
An empirical study of a logistic mental test model (1966) (5)
Spatial frequency tuning of facilitation by masks (1992) (4)
The verbal loop hypothesis: A statistical audit (1968) (4)
Validity as theoretical equivalence (1973) (4)
Change in the use of the semantic differential with a change in context (1965) (4)
Image Compression and Reconstruction Using a 1-D Feature Catalogue (1992) (4)
HUMAN MEMORY. A PARTIAL MODEL AND ITS IMPLICATIONS FOR RETROACTIVE PHENOMENA (1961) (3)
PREDICTION OF COLLEGE PERFORMANCE WITH THE MYERS-BRIGGS TYPE INDICATOR1 (1964) (3)
Effects of Saccades on Perceived Time (1997) (3)
An analysis of local energy and phase congruency models in visual feature detection (1998) (3)
Sounds right (1995) (3)
Saccadic eye-movements cause relativistic compression of time as well as space (2005) (2)
Information available from brief visual presentations using two types of report (1968) (2)
Spatial and temporal contrast sensitivity during saccades: evidence for suppression of the magnocellular visual pathway. (1996) (1)
'Speedlines' aid perception of motion direction (2002) (1)
A Fast Principal Components Factor Analysis Program for the IBM 1620 (1964) (1)
The verbal-loop hypothesis (VLH): A within-subject study with a perceptual recognition task (1970) (1)
JPEG and Image Measures (1993) (1)
Mach bands change asymmetrically during solar eclipses. (2003) (1)
Learning features in natural images (1993) (1)
Saccadic compression of visual space is significantly influenced by retinal illumination (2003) (1)
SACCADIC SUPRESSION HAS AN EXTRA-RETINAL ORIGIN (1999) (1)
Collapse of perceptual space during saccades (1996) (1)
A blinding flash increases saccadic compression (2010) (1)
Seeing the same pattern twice. (1974) (0)
Direct evidence that ‘speedlines’ aid perception of motion direction (2010) (0)
Phase Deviation and Image Features (1993) (0)
Opposite effects of saccades on short-term and long-term visual memory (2003) (0)
Number , texture and crow (2012) (0)
Last but Not Least (2003) (0)
THE INTERCORRELATIONS AND RELIABILITY OF THE MYERS‐BRIGGS TYPE INDICATOR SCALES1 (1962) (0)
Image Segmentation by Local Temporal Phase Differences (1997) (0)
Sensory contrast effects of lifted weights 1 (1966) (0)
RESPONSIVITY TO CONTRAST UNDER CONDITIONS OF MASKING AND ADAPTATION (1991) (0)
Effects of anti-Glass on Glass pattern detection (2005) (0)
Perception (1995) (0)
Report A Visual Sense of Number (2008) (0)
The time-course of saccadic suppression (1999) (0)
Hull and tolman: A comparison of linear performance models (1969) (0)
Coherent Global Motion Produced by Sequences of Independent Glass patterns (1999) (0)
Two systems for spatial location during saccades (2010) (0)
A CAUTIONARY NOTE ON JONCKHEERE'S TEST (1963) (0)
ILLUSORY SQUARE WAVES FROM A STAIRCASE WITH ADDED LINES (1991) (0)

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What Schools Are Affiliated With John Ross?

John Ross is affiliated with the following schools: