Manipulations
Target
–
Size (Bonneh
& al., 2001), target diameter varied with 3 protection zone sizes (Wilke
& al., 2003).
–
Dynamic Targets moving, flickering targets (Bonneh & al., 2001; Hsu &
Yeh, 2008), physical removed (Mitroff & Scholl, 2004; see also Montaser-Kouhsari
& al., 2004), rotating during suppression (Mitroff & Scholl, 2004), unresolvable
Gabor orientation change during suppression (Rajimehr, 2004).
–
Contrast/luminance suppression increase with contrast (Bonneh & al., 2001; Hsu &
al., 2004; Hsu & Yeh, 2002; but see Caetta, 2009). Luminance sinusoidally
modulated (Libedinsky,
Savage & Livingstone, 2009).
–
Eccentricity (Hsu
& al., 2004; Wilke & al., 2003; Bonneh & al., 2001 – data not shown
-).
–
Perceptual grouping proximity, contour smoothness, object competition, collinear vs
orthogonal Gabor patches (Bonneh & al., 2001), targets grouping-ungrouping
during suppression (Mitroff & Scholl, 2005), same/different gratings color/orientation
(Kouhsari, 2003), with unresolvable Gabor orientation (Rajimehr, 2004), proximity (Shibata, Kawachi & Gyoba, 2007),
word/non-word (Devyatko & Falikman, 2008).
–
Adaptation stimulus
adaptation (Wilke & al., 2003; Inoue & Kikuchi, 2005), orientation-selective
adaptation preserved during suppression (Montaser-Kouhsari & al., 2004),
negative afterimage (Hofstoetter & al., 2004), boundary adaptation effect
(Hsu & al., 2005), adaptation as a function of exposure time & MIB
(Caetta & Gorea, 2008).
–
Protection zone size (Bonneh & al., 2001 ; Wilke & al., 2003; Hsu
& Yeh, 2002), test the disapearance of PZ (Hsu & al., 2004)
–
Multiple targets (Bonneh & al., 2001; Graf & al., 2002; Tschacher & al., 2006),
two concentric rings in which spatial separation was varied (to test the
“suppressive wave” hypo – Wilke & al., 2003)
–
Target types simple
stimuli as dot, square, cross, gabor (Bonneh & al., 2001 ; and others
refs) ; complex pattern as face, natural image (Wilke & al., 2003)
–
Depth target
depth as a function of mask plan (Graf & al., 2002; Wagner, 2003; Hsu, Kramer & Yeh, 2006;
–
Physical removing during suppression phase (Mitroff
& Scholl, 2004; see also Montaser-Kouhsari & al., 2004; Klotz & Ansorge, 2007)
–
Depth of suppression threshold for luminance increment as
a function of target contrast, subjects’ criteria for invisible target (Caetta, Gorea & Bonneh, 2007).
–
Boundary regularity (Hsu, Kramer & Yeh, 2006)
–
Temporal dynamics of suppression MIB vs
Binocular rivalry (Carter & Pettigrew, 2003), MIB (Goutcher, 2008)
Mask
–
Contrast (Bonneh
& al., 2001), equiluminance mask-background (Wallis & Arnold, 2009).
–
Dot
number (Bonneh & al.,
2001; Wilke & al., 2003)
–
Speed as a
function of speed (Bonneh & al., 2001), static (Hsu & Yeh, 2002;
Hsu & Yeh, 2008)
–
Type random dots, noise (Bonneh & al.,
2001; Wilke & al., 2003; Hsu & Yeh, 2002), 3D, 2D & 1D (Bonneh
& al., 2001), Kanizsa « pac-men » (Graf & al., 2002), movie of driving scene (Inoue & Kikuchi, 2007), radial
gratings and waveform modulation (Wallis & Arnold, 2008), expending vs.
contracting motion, vertical vs. horizontal motion (Wallis & Arnold, 2008).
–
Perceptual grouping between target-distractor (Hsu & al., 2003; Hsu & Yeh,
2005)
–
Sudden changes stationary dots flashed (delay between target-mask), suddenly started to
move or color change (Wilke & al., 2003).
–
Flickering ring, dots, flankers (Kawabe & Miura, 2007), mask (New
& Scholl, in press).
–
Mask & target segregated, far away the mask (data not shown –
Bonneh, Sagi & Cooperman, 2001), across the vertical midline (Libedinsky, Savage, &
Livingstone, 2009)
–
Adaptation preliminary adaptation to the mask and
suppression delay (Inoue, Kikuchi, 2006), mask aftereffect and suppression
(Lages,
Adams & Graf, 2007).
Background/Surround
–
Quadrant grid around the target (New & Scholl, 2008)
Eyes/spaces
–
Monocular
(Bonneh & al., 2001; Hsu
& al., 2004; Montaser-Kouhsari, 2004; Hofstoetter
& al., 2004; Mitroff & Scholl, 2005; Inoue & Kikuchi, 2005;
Tschacher & al.,
2006)
–
Dichoptic
(Wilke & al., 2003;
Graf & al., 2002; Inoue & Kikuchi, 2005; Devyatko, 2007)
–
Monocular vs Dichoptic: five combinations of monocular and dioptic stimulus and surround à target: monoptic/dioptic, mask: monoptic,
monoptic contra target, dioptic (Wilke & al., 2003).
–
Eyes saccades (Wagner, 2003; Hsieh, Caplovitz, & Tse, 2006; Hsieh & Tse, 2009), fixation and target move in
concert or not (New & Scholl, 2008)
–
Visual Space and target suppression rate (Bonneh & al., 2001; Bonneh & Cooperman, 2003; Bonneh,
Sagi & Cooperman, 2005)
Brain
–
Single units record from V1 (Libedinsky, Savage & Livingstone, 2009)
–
EEG (Klotz
& Ansorge, 2007), correlated ERP with Necker cube (Hsu , Yeh, Tien & Lin, 2008).
–
fMRI (Hsieh, Caplovitz, Tse, 2005; Donner, Sagi, Bonneh & Heeger, 2008; Hsieh & Tse, 2009; Scholvinck
& Rees, 2009).
–
TMS (Funk & Pettigrew, 2003)
Others
–
Psychiatric disorders schizophenics with positive & negative symptoms (Tschacher, 2006)
–
Cue presented just after target suppression; flashed, flickering
ring cue (Kawabe,
Yamada, & Miura, 2007), auditory cue (Shibata, Kawachi, Yairi, Iwaya,
Gyoba, & Suzuki, 2008), reappearance rate as a function of target-cue
similarity (Bonneh, Cooperman, & Sagi, 2007; Sagi & Bonneh, 2007).)
–
Attentional modulation Divided vs. focused attention on target disappearance report (Geng, H., Song, Q., Li, Y., Xu, S., & Zhu,
Y., 2007; Carter, Luedeman, Mitroff
& Nakayama, 2008; Devyatko,
2008; Schölvinck & Rees, 2009)
–
Training (Bonneh, Sagi, & Cooperman, 2005)
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Sciences Society, Naples, FL.
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31 ECVP 2002
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36 ECVP 2007
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33 ECVP 2004
Libedinsky,
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Mitroff,
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New,
J., & Scholl, B. (2007). A ‘Perceptual Scotoma’ Theory of motion-induced
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Sagi D,
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Perception 36 ECVP 2007
Scholvinck, M. & Rees, G.
(2008). Neural Correlates of Motion-Induced Blindness in the Human Brain. Presented at the annual meeting of the Vision
Sciences Society, Naples, FL.
Shibata M, Kawachi Y, & Gyoba J,
(2007). Combined effects of
perceptual-grouping cues on object representations revealed
by motion-induced blindness. Perception 36 ECVP 2007
Shibata M, Kawachi Y, Yairi S,
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sounds presented in the relevant locations. Perception 37 ECVP
2008
Wagner M,
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Online Demos
From Bonneh’s homepage (related to: Bonneh
& al., 2001)
http://www.weizmann.ac.il/home/bnbonneh/MIB/mib.html
From Yale’s Perception & Cognition lab (related to: Mitroff
& Scholl, 2004; Mitroff & Scholl, 2005; New & Scholl, 2008).
http://pantheon.yale.edu/~bs265/demos/MIB.html
From Libedinsky’s homepage (related to: Libedinsky, Savage &
Livingstone, submitted)
http://camilele.googlepages.com/
From Michael Bach’s
optical illusions website
http://www.michaelbach.de/ot/mot_mib/