Title: Figure 7.1 Even though the letters are big enough to resolve while looking at the Xs, we simply cannot read the left-hand and right-hand sentences at the same time
1Figure 7.1 Even though the letters are big
enough to resolve while looking at the Xs, we
simply cannot read the left-hand and right-hand
sentences at the same time
2Figure 7.2 Search for the unicorn in this piece
of a Wheres Waldo? picture
3Figure 7.3 The Posner cueing paradigm
4Figure 7.3 The Posner cueing paradigm (Part 1)
5Figure 7.3 The Posner cueing paradigm (Part 2)
6Figure 7.3 The Posner cueing paradigm (Part 3)
7Figure 7.4 The effect of a cue develops over time
8Figure 7.5 Which way does your attention shift
when you look at this picture?
9Figure 7.6 Laboratory visual search tasks
10Figure 7.7 Three-dimensional orientation is a
basic feature used in the guidance of search
11Figure 7.8 Search can be much more laborious if
youre not familiar with what youre searching for
12Figure 7.9 A real-world conjunction search
13Figure 7.10 A six-dimensional conjunction
14Figure 7.11 Search for arbitrary objects is not
very efficient
15Figure 7.12 Scene-based guidance would help you
find the faucet in this scene
16Figure 7.13 A conjunction search with a binding
problem
17Figure 7.14 Illusory conjunctions
18Figure 7.15 The attentional blink (AB) in video
game and nonvideo game players
19Figure 7.15 The attentional blink (AB) in video
game and nonvideo game players (Part 1)
20Figure 7.15 The attentional blink (AB) in video
game and nonvideo game players (Part 2)
21Figure 7.16 Marvin Chuns fishing metaphor for
attentional blink
22Figure 7.17 Spotlights of attention in the human
brain
23Figure 7.18 Attentional selection
24Figure 7.19 Functional MRI reveals that
different pieces of the cortex are activated by
faces and by places
25Figure 7.20 These images combine faces and houses
26Figure 7.21 Three ways that the response of a
cell could be changed as a result of attention
27Figure 7.22 Each of these images is a map of
part of the visual field
28Figure 7.23 Five images through the brain of a
neglect patient (viewed as though from above)
29Figure 7.24 A neglect patient might produce this
sort of result if asked to cross out all the lines
30Figure 7.25 In copying a drawing like the one in
(a), a neglect patient often omits one side of
the object, as in (b)
31Figure 7.26 Tipper and Behrmanns (1996)
experiment
32Figure 7.27 From the world to our perception of
the world
33Figure 7.28 Some fishy ensemble statistics
34Figure 7.29 A simple visual scene composed of
two sinusoidal gratings
35Figure 7.30 Spatial layout from global
information
36Figure 7.31 Spend a second or two looking at
each of these pictures. Then move on to Figure
7.32
37Figure 7.32 Without referring back to Figure
7.31, identify which of these pictures you
already saw
38Figure 7.33 There are four differences between
these two images. Can you find them?
39Figure 7.34 Here are the locations of the
differences between the two images in Figure 7.33
40Figure 7.35 Look at this picture for a couple of
seconds. Describe it to yourself in a sentence.
Then go find Figure 7.36
41Figure 7.36 Which of these two images is the one
you saw in Figure 7.35?