1
2020
Optimizing Naturalistic Object Categorization with Diagnostic Low-Level Visual Information

Yongzhen Xie , Michael Mack
Journal of Vision 23 ( 9) 4961 -4961

2023
The perceptual dimensions of visual simplicity

M. L. Mack , A. Oliva
Journal of Vision 4 ( 8) 719 -719

1
2004
Viewing task influences eye movement control during active scene perception

M. S. Castelhano , M. L. Mack , J. M. Henderson
Journal of Vision 9 ( 3) 6 -6

264
2009
The complete design lets you see the whole picture: Differences in holistic processing contribute to face-inversion and other-race effects

S. A. Harrison , J. J. Richler , M. L. Mack , T. J. Palmeri
Journal of Vision 11 ( 11) 625 -625

3
2011
Uncovering the time course of categorization with object-substitution masking

M. Mack , T. Palmeri
Journal of Vision 12 ( 9) 811 -811

2012
The Speed of Categorization: A Priority for People?

M. Mack , T. Palmeri
Journal of Vision 10 ( 7) 988 -988

2010
Unraveling ultra-rapid categorization

M. Mack , T. Palmeri
Journal of Vision 11 ( 11) 832 -832

1
2011
What the visual system sees: the relationship between fixation positions and image properties during a search task in real-world scenes

M Mack , Monica S Castelhano , John M Henderson , Aude Oliva
Proc. Ann. Object, Perception, Attention, and Memory Conf

12
2003
Image salience versus cognitive control of eye movements in real-world scenes: Evidence from visual search

JM Henderson , JR Brockmole , MS Castelhano , M Mack
Eye movement research: Insights into mind and brain 537 -562

20
2007
Unraveling the Time-course of Perceptual Categorization: Does Fastest Mean First?

Thomas J. Palmeri , Isabel Gauthier , James W. Tanaka , Alan C.N. Wong
Proceedings of the Annual Meeting of the Cognitive Science Society 29 ( 29)

10
2007
Category learning across the menstrual cycle: Learning exceptions to the rule varies by hormonal milieu

Perovic , Mateja and Heffernan , Emily M and Einstein , Gillian and Mack
Smpte Journal 44 ( 44)

2022
Identifying the neural dynamics of category decisions with computational model-based fMRI.

Emily Heffernan , Juliana Daphne Adema , Michael Louis Mack
Cognitive Science

2020