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Journal mutations
Part of
Eye-tracking in Interaction: Studies on the role of eye gaze in dialogue
Edited by Geert Brône and Bert Oben
[
Advances in Interaction Studies
10] 2018
► pp.
323
–
329
◄
previous
Index
A
action depictions
47–48 , 50–51 , 54–57
acts, referencing
267, 288, 291, 294
Adams, F.
70, 82, 84–85
addressee selection
3, 12, 197–98 , 205–206 , 208, 210, 218, 228
adjacency pairs
200–201 , 229, 277
affiliation
2, 74, 85
agents
conversational
12, 139, 148
virtual
4–5 , 55, 60, 116, 140, 145, 156
Aglioti, S.
25, 29, 45–46 , 51, 65
Albrecht, I.
145, 161
algorithms
9, 12, 30, 69, 125, 129, 148–49 , 174–75 , 178, 180, 191–92
alignment
5, 12–13 , 24, 61, 83, 121, 127, 233, 235–43 , 245–47 , 249, 259
gestural
5, 233–59
lexical
237–39 , 241–47 , 249, 252, 255, 258–59
multimodal
16, 259, 262, 321
Allwood, J.
17, 303, 319
Al Moubayed, S.
157, 161
Alnajar, F.
154, 161
Altmann, G.
25, 39, 76, 85, 104
Amati, F.
21–22 , 24, 26, 28, 30, 32, 34, 36, 38, 40, 42, 44, 46
analysis, sequential
82, 85, 269, 272, 286, 293
Angelelli, C.
302, 319
annotation
automatic
9, 12, 113–14 , 125, 133
manual
9, 114–5 , 129, 132, 142, 171
ANVIL
8, 189
Apperly, I.
39, 48, 65
Areas Of Interest (AOI)
32, 114–15 , 122–25 , 130, 133–34 , 170–71 , 289
Argyle & Cook
1–2 , 6, 14, 32–33 , 40, 233, 246, 260, 266, 294, 307, 319
Armel, C.
28–29 , 43
Aslin, R.
43, 58, 66
Atalay, A.
28, 40
attention
conversational
302, 314
joint
3–4 , 13, 23, 34–35 , 38, 50–1 , 57–59 , 121–123 , 234, 267, 270–271 , 277, 279–81 , 284–5
shared
40, 65, 115, 135, 285
social
44, 57, 64, 84, 105, 142, 164, 166
visual
4, 5, 23, 49–51 , 54–57 , 59, 61, 68, 80–81 , 84–85 , 91, 95–96 , 100, 140, 170, 174, 214, 235, 272, 277, 279, 284, 286, 288, 293, 310–12
attention shifts
43, 95, 98, 100
Auer, P.
8, 197–98 , 200, 202, 204, 206, 208, 210, 212, 214, 216, 218, 220, 222, 224
automatic analysis
122, 169, 185–87 , 189–92
avatars
48, 140, 143, 148, 157–59 , 238–39
B
backchannel responses
13, 33, 301, 303–304 , 306, 307, 309–10 , 313–14 , 316–17
nonverbal
304, 310, 314, 317–8
Baillargeon, R.
22, 40, 44
Bailly, G.
8, 12, 14, 140, 142–44 , 146–48 , 150, 152, 154, 156, 158–66
Bajcsy, R.
155, 161
Baldwin, D.
23, 33, 40, 57–58 , 62
Ballard, D.
40, 58, 66
Baraldi, C.
319–21
Bard, E.
36, 41, 78, 88, 162, 261
Barisic, I.
8, 14, 143, 161
Baron-Cohen, S.
23–24 , 40, 42, 49, 62, 105, 155, 161
Bateson, M.
235, 260
Bavelas, J.
3, 14, 203, 218, 230, 303–304 , 316, 319
Bay, H.
172, 193
Bayliss, A.
15, 23–24 , 40, 42, 95, 104, 261
Becchio, C.
95, 104
Bechtel, W.
69–70 , 85–86
Beckner, C.
237, 260
Bednarik, R.
36, 40
behavioral models
139, 150, 152–53 , 155
behavior matching
33, 80
Bekkering, H.
33, 44–45
Bennewitz, M.
37, 40
Benoît, C.
143, 161
Bertrand, R.
303, 319
Beskow, J.
15, 157, 161
bias
29, 35, 156, 307
Bindemann, M.
140, 161
blinking
43, 139, 143–44
body detections
181–82 , 187–89 , 192
body movements
11, 67, 71, 81, 265–67 , 269, 271, 273, 290
body orientation
32, 291, 307
Borji, A.
40, 141, 162
Bot, H.
13, 166, 301–2 , 306–8 , 311, 313, 317, 319
Boyle, E.
34, 40
Branigan, H.
235, 260
Brennan, S.
4–5 , 8, 10, 14–16 , 21–22 , 32–36 , 39–41 , 43–44 , 46, 63–64 , 84, 86, 103, 105–6 , 260, 262
Brisk
173–74
Brône, G.
1–8 , 10, 12, 14–16 , 18, 170, 172, 174, 176, 178, 180, 182, 184, 186, 192–94
Brooks, R.
58, 62, 95, 105, 294
Brown-Schmidt, S.
76–77 , 82, 84, 86, 103–4 , 106
Broz, F.
8, 14
Bruce, V.
44, 49, 64, 105, 261
Brugman, H.
18, 137, 322
Buchan, J.
141, 162
Bühler, K.
265, 270–72 , 293–94
Bulling, A.
27, 38, 41, 43, 194
C
calibration
69, 153, 268, 281, 309
Calonder, M.
173, 193
Camerer, C.
28–29 , 44–45
Carletta, J.
36, 41, 143, 162
Carpenter, M.
50, 58, 62, 65, 137
Castelhano, M.
26, 41
Castiello, U.
95, 104–5
causality
29, 74, 149–50
Cesari, P.
25, 29, 45–46
Chambers, C.
50, 62
Chandon, P.
28, 41
Chartrand, T.
88, 152, 164, 237, 260
Chartrand & Bargh
237, 239, 245
Chen, X.
14, 16, 35, 41, 44, 46, 55, 64, 193, 260, 262
child language learning
11, 47, 57
Churilov, E.
35–36 , 41
Cienki, A.
136
Clark, H.H.
1, 5, 14, 41, 43, 86, 105, 147, 162, 230, 235, 260, 295, 302, 319–20
classifiers
27, 32, 113, 146, 176
Clayton, N.
34, 46, 154, 166
Cline, M.
32, 41
cognition
cultural
65, 137
shared
41, 320
social
15, 44, 46, 62, 87, 105, 261
cognitive systems
71, 79, 82
collaborative tasks
7, 14, 24, 38, 239–40 , 257
common ground
103, 142, 236, 259
comprehension
49–50 , 56, 79, 93, 95, 99, 103–4 , 140, 236
discourse
17, 45, 89, 137
incremental
76–77
computational cost
173, 182, 186
computational model
29, 145
conceptual pacts
103, 236
continuers
203, 213, 215, 218, 299, 303–4 , 306, 310
control, experimental
8–9 , 91, 113, 169, 258
conversation
See see interaction
conversation analysis
1–2 , 7–8 , 10, 197, 199, 229, 265–66 , 268, 290, 321
cooperative eye hypothesis (CEH)
157, 166
coordination
23–25 , 27, 33–35 , 67, 71, 74, 79, 82, 148, 151, 158, 226, 235
gaze
4, 8, 78, 139, 263
Costa, A.
236, 260
Coupland, N.
67, 86
Crocker, M.
4, 11, 17, 50, 63, 65, 88, 91–92 , 94, 96, 98, 100, 102, 104–6 , 261
Crosby, J.
27, 41, 83–84 , 86
Crutchfield, J.
69–70 , 86
Cuijpers, R.
157, 162
Cummins, F.
142, 145, 162, 237, 245–46 , 260
curve, precision-recall
186–89
D
Dale, R.
11, 17, 67–68 , 70, 72, 74–76 , 78–84 , 86–90 , 142, 145, 162, 165–66 , 234, 237, 260–63
Davis, G.
24, 34, 42, 46, 49, 62, 105, 154, 166
Davitti, E.
302, 307, 312, 320
Deak, G.
121, 135
De Beugher, S.
9, 12, 14, 170–72 , 174, 176, 178, 180, 182, 184, 186, 188, 190, 192–94
deixis
2, 13, 24, 48–51 , 59, 109–10 , 115–17 , 119, 127, 129, 147, 151, 201, 265, 267, 270–72 , 276, 281, 286, 293
De Jaegher, H.
5, 15
De Kok, I.
152, 162, 320
Delaunay, F.
157, 162
demonstratio ad oculos
270–73 , 276–77 , 280, 285–86 , 288–94
De Ruiter, J.
3, 15, 36, 41, 162, 203, 230
descriptor vectors
172
detection, automatic
9, 153, 169, 174, 176, 180–81 , 190, 192
Dickinson, C.
14, 16, 35, 41, 44, 46, 55, 64, 260, 262
Diessel, H.
271, 295
disagreement
125, 216, 226, 284
disambiguation
1, 54, 77, 92, 94, 122
Dittmann, A.
303, 320
Doherty, M.
23, 41
Doherty-Sneddon, G.
62
Dominey, P.
235, 260
Drewes, H.
38, 42
Duchowski, A.
7, 15, 111, 135, 249, 260, 268, 295, 309, 320
Dual Eye-Tracking (DUET)
8, 14, 43, 45, 143, 233, 295
Duffner, S.
154, 162
Duncan, S.
3, 15
Dynamic Bayesian Networks (DBN)
139, 146, 149–152 , 165–66
dynamics
conversational
87, 145, 163, 261
interpersonal
88, 291
temporal
31, 71–73 , 166
E
Eberhard, K.
26, 46, 50, 65, 75–77 , 86, 90, 106
Edelman, S.
70, 86
Edlund, J.
6, 15–16 , 157, 161
Edmondson, W.
302, 320
ELAN
8, 114, 169, 189–192 , 198, 268, 309
Elisei, F.
12, 14, 142–44 , 147–48 , 152, 156, 158–59 , 161–63 , 165
embodiment
156, 159, 266–67 , 271, 273, 290, 293, 303, 311
Emery, N.
4, 15, 234, 256, 260
Enfield, N.
70, 86
Englund Dimitrova, B.
302, 306, 314, 317, 320
entrainment
24, 74, 77–79
Eriksson, M.
265, 271, 295
Estimation of gaze
6–8 , 32, 114, 142, 153–58
experimental-simulative approach
109–11 , 122
experimental tasks
See see task
experiments
human-human interaction
183, 189
interactive
8, 37, 81, 148
museum
170, 185, 187, 191–92
reaction time
71, 73, 103, 234, 238, 257–58
eye contact
47, 142–43 , 183, 234, 238–39 , 242–45 , 252, 255–56 , 286
eye movements
coupling of
4, 17, 89, 165, 263
mediated
39, 62
social
67, 70, 84
EyeSee3D
9, 12, 122, 124, 132, 136
eye-to-eye-link
273, 286, 288–89 , 291–92
F
face-to-face conversations
See see interaction
Fantz, R.
22, 42
Farrar, J.
58, 60, 65
Farroni, T.
57, 62
feedback, dual
311, 316
Felzenszwalb, P.
176, 193
Ferreira, F.
42, 87, 155, 162
Feyaerts, K.
1, 13–15 , 194, 301
field, visual
12, 119, 140, 142
Fillmore, C.
270, 295
first pair part (FPP)
200–201 , 277, 279, 283
fixations
4–5 , 12, 27–31 , 53, 56, 123–34 , 142–45 , 174, 180, 191, 206, 235, 241–42 , 247–49 , 251, 253, 255–57 , 275–77
Foerster, F.
158, 163
Foulsham, T.
30, 33, 42–43 , 141, 163–64 , 166
Fowler, C.
74, 88, 90, 263
Frazier, L.
75, 87
Fricke, E.
136, 265, 271, 295
Frischen, A.
4, 15, 23, 25, 42, 234, 256, 261
Frith, C.
42, 87, 261
Funes-Mora, K.
153–54
G
Gardner, R.
303–4 , 307, 310, 320
Garfinkel, H.
290, 295
Garoufi, K.
101, 105
Garrod, S.
17, 61, 63–64 , 261–62
GAT
206, 299, 319
Gavioli, C.
302, 305–6 , 314, 319–21
gaze
addressee
4, 11, 33, 48–9 , 100, 103–4 , 142, 203, 235, 244–45 , 256
averting
7, 142, 207, 220, 246, 251
current speaker’s
197, 203, 224–25 , 228–29
deictic
121, 293
functions of
2–3 , 247, 259
mutual
13, 123, 142–3 , 183, 202–3 , 205–6 , 217, 221, 234, 272, 283, 286, 288, 292, 307, 314–20
reciprocating
214
robot
49, 96, 158
shared
4–5 , 10, 22, 32, 35–37 , 126, 234, 237–39
social
24, 32, 158
speaker
3–5 , 11, 17, 47–54 , 56–59 , 61, 91–92 , 94–96 , 100, 198, 201, 203, 206, 223, 225, 228, 244, 256
sustained
3, 225, 229, 305
synchronized
35, 92, 234
gaze and gesture
91, 109–10 , 132, 148, 239, 259, 302
gaze animation, attention-based
144
gaze cascade
28
gaze coordination
4, 8, 139, 263
gaze cueing
4, 21–22 , 24, 34, 36, 45, 57, 93, 95–99 , 104, 234–35 , 237, 248, 256–7 , 259
gaze cursor
4, 8, 22, 33, 35–36 , 123–24 , 171, 174, 178–79 , 183–85 , 187, 192
gaze monitoring
22, 33
gaze patterns
12, 26–27 , 30, 33, 37, 49, 93, 110, 126, 139, 141–45 , 153, 169, 198, 206, 228, 267, 277, 281, 286, 293
asymmetrical
301, 304
gaze perception
42, 62, 105, 140
gaze shifts
56–8 , 142, 146, 152, 163, 210, 212, 215, 225, 251, 284, 309, 315–16
Gergle, D.
14, 295
Gerhardt, J.
307, 320
gestural alignment
See see alignment
gesture-eye-link
13, 273, 276–77 , 291–92
deictic
11, 135, 147
fixations on
247–49 , 256–57 , 276
speaker’s
4, 235, 248, 252, 255, 257, 259
gesture tracking
110, 132
Gibson, D.
205, 230
Gilden, D.
73, 87
Glaholt, M.
28, 30, 42
Gleitman, L.
63–64 , 95, 105–6
Glenberg, A.
48, 63
Goedemé, T.
14, 170, 172, 174, 176, 178, 180, 182, 184, 186, 188, 190, 192–94
Goferman, S.
141, 163
Goffman, E.
2, 15, 205, 230, 275, 286, 289, 295, 302–3 , 305, 316, 320
Goodwin, C.
1, 3, 6, 15, 203, 208, 265–66 , 271–72 , 281, 283, 286, 291–96 , 303–4 , 306, 320
Gopnik, A.
40, 42, 65
Gregory, R.
157, 163
Gries, S.
235, 261
Griffin, Z.
63, 93, 105
grounding
236
Gullberg, M.
5, 15, 17, 231, 257, 261, 296–97 , 320
H
hand gestures
See see gesture
Hanks, W.
270, 296
Hanna, J.
14–15 , 34, 43, 63, 94, 103–5 , 296
Hasson, U.
77, 87
head movements
99, 112, 129, 148, 202
head nods
13, 79, 83, 225–226 , 304, 306, 310, 314, 316–18
head orientation
123, 127, 133, 155
head shift
52, 56, 144
heart rate
67, 74, 77, 80
heat map
11, 141, 170
Henderson, J.M.
25–27 , 41–43 , 140, 163, 167, 174, 193
hesitation
209, 226, 272
Hietanen, J.
155, 163
Hidden Markov Models (HMMs)
146, 151–52 , 154
CHMMs (Coupled Hidden Markov Models)
145
Hirvenkari, L.
3, 15
Hobson, R.
121, 135
Hodgins, J.
145, 156, 165, 167
Holden, J.
73, 88, 90
Holler, J.
3, 15, 230, 296, 320
Holthaus, P.
127, 135
Hood, B.
23, 43
Horsley, M.
268, 296
Hove, M.
71, 74, 87
Huettig, F.
50, 63
Hutchins, E.
70, 79, 85, 87
I
image processing
9, 162, 170–72 , 189
increment
213, 215
inferences
29, 61, 149–150
InSight Interaction Corpus
239–41 , 249
interaction
computer-mediated
142–143
dyadic
two-party
face-to-face
7–10 , 15, 32, 34, 39, 43, 233, 235, 238–40 , 247–48 , 252, 257–58 , 296, 298, 302–3
human-computer
1–2 , 10, 36, 39, 41, 43, 46, 136, 165
human-human
93, 104, 109, 133, 170, 191
human-robot
17, 48, 65, 93, 106, 121, 162–63 , 166
informal
265, 268, 281
interpreter-mediated
3, 301–3 , 305–7 , 309, 311, 313, 315, 317–19 , 321
multimodal
10, 169
multiparty
15, 142, 146, 163, 197, 201, 205, 208218, 230, 296, 320
natural
11, 67, 77, 79, 83–84 , 127, 266–68 , 290
triadic
8, 60, 183, 314
two-party
60, 81, 145, 198, 201, 205–6 , 208, 210, 218, 228, 238, 288
interactional space
4, 127–28 , 312
interest, region of
144, 148, 174, 179–80
interruption
34–35 , 74, 203
intonation
5, 141, 211–2 , 214, 219, 237, 245
Ishii, R.
146, 163
Ishimaru, S.
27, 43
Itti, L.
40, 140–41 , 144, 162–63
J
Jaeger, T.
67, 88
Jakobson, R.
237, 261
Jefferson, G.
33, 45, 197–99 , 224, 230, 321
Jehoul, A.
3, 8, 15
Jensen, F.
151, 163
Jermann, P.
36, 43
Jeuniaux, P.
78, 88, 261
Johnson, T.
14, 57, 62, 230, 319
joint action
1, 5, 10, 21, 24, 33, 36, 39, 235, 301, 307
joint attention
See see attention
joint focus
4, 23, 234, 265
Jokinen, K.
8, 15–17 , 193, 309, 321
Jordan, J.
80, 84, 88
K
Kalman, R.
182, 194
Kanan, C.
27, 43
Karpathy, A.
160, 164
Kassner, M.
112, 133, 135, 178, 194
Keevallik, L.
271, 296
Kelso, J.
71–72 , 75, 84, 87–88
Kendon, A.
1–3 , 5–8 , 15–17 , 109, 135, 197–98 , 201–3 , 230–31 , 233, 245–46 , 265–66 , 286, 288, 296–97 , 303–4
Kendrick, K.
3, 15, 230, 296, 320
Keysar, B.
103, 105
Kidwell, M.
205, 230
Kimbara, I.
235, 261
Kinect
122, 134, 153
Kingstone, A.
33, 42–43 , 89, 105, 163–64 , 166
Kintsch, W.
111, 137
Kipp, M.
8, 16, 65
Kirkham, N.
17, 65, 78, 86, 89, 142, 165, 260, 263
Kita, S.
15, 162, 257, 261, 265, 270, 296, 320
Knoblich, G.
33, 40, 45, 80, 84, 88, 90, 166
Knoeferle, P.
5, 11, 48, 50, 52, 54–56 , 58–60 , 62–64 , 66, 88, 91, 105
Koch, G.
125, 135
Konvalinka, I.
74, 88, 261
Kopp, S.
116, 135, 260
Krajbich, I.
28–29 , 43–44
Kranstedt, A.
116, 135–36
Kreysa, H.
11, 16, 48, 50, 52, 54, 56–64 , 66
Krizhevsky, A.
160, 164
Krystallidou, D.
302, 305, 307, 321
Kuhl, P.
50, 57–58 , 60–62 , 64
Kuhlen, A.
77, 79, 86, 88
Kuhn, G.
25, 44, 164
Kühnlein, P.
116, 135
L
Lachat, F.
4, 16, 234, 237, 256, 261
Laidlaw, K.
141, 164, 166
Lakin, J.
88, 152, 164
Lang, R.
306, 321
Langton, S.
32, 44, 49, 64, 105, 140, 155, 164, 237, 261
language acquisition
5, 11, 47, 50–51 , 58–60 , 64, 106, 235, 260
language comprehension
2, 5, 11, 47, 49, 51, 59, 61, 75–6 , 79, 91, 94–95 , 98, 100, 104
language learning
See see language acquisition
language processing
See see language comprehension
language production
7, 64, 93, 236
Lansing, C.
141, 164
Latash, M.
84, 88
Leray, P.
149, 152, 162, 166
Lerner, G.
201, 205, 230, 321
Levenshtein, V.
151, 164
Levinson, S.
230, 270, 272, 296
Lewandowski, N.
235, 261
Liang, Y.
37, 44, 149, 164
Linell, P.
1, 16, 302, 305–6 , 321
listener gaze
see gaze
listener responses
See see backchannel responses
Liversedge, D.
7, 16, 64
Long Short-Term Memory (LSTM)
152, 163, 166
Louwerse, M.
67, 78–79 , 83, 88, 235, 237, 261
Lowe, D.
172, 194
M
machine learning
27, 30–1 , 37, 146, 160
machine vision
140
Magnuson, J.
62, 76, 85, 104, 147, 161
markers
discourse
288
fiducial
123, 130, 134
infrared
170
optical
112–3 , 117, 134
Marschner, L.
140, 164
Mason, I.
302, 307, 310–12 , 321–22
Mathews, A.
237, 262
Mathias, M.
181, 194
Maughan, L.
30, 44
Maxwell, E.
24, 42, 49, 62, 105
McNeill, D.
109, 118, 136, 150, 164, 259, 262
measure, dense-sampling
71, 73–75 , 79
Meltzoff, A.
42, 58, 62, 95, 105, 294
memory, transactive
85
mental state
25, 27, 30, 37–38 , 100, 151, 154, 236
Meyer, A.
50–51 , 63–64 , 92, 105
micro-coordination
226, 268
Midas Touch problem
36, 38
middle distance
279, 284
Mihoub, A.
12, 146–48 , 151–52 , 164–65
Mikolajczyk, K.
172, 194
Mitchell, M.
69–70 , 88
mixed effects model
243–44 , 252, 255
mobile dual eye-tracking
See see dual eye-tracking
mobile eye-tracking
2, 5, 7–8 , 112, 123, 132–3 , 169–170 , 240, 259, 266–8 , 290, 302, 318
models
sequential
139, 146
virtual
118, 157
Mondada, L.
265–68 , 271, 295–97 , 319
Müller, C.
1, 16, 136
multimodal corpus
6, 114
multimodality
265–66 , 271, 301, 318
multi-party meetings
See see interaction
Mutlu, B.
145, 163, 165
mutual understanding
33, 61, 302
N
Nappa, R.
50, 64, 95, 103, 105–6
natural language generation (NLG)
101
Neider, M.
4, 8, 14, 16, 35, 41, 44, 46, 55, 64, 234, 260, 262
Neisser, U.
79, 89
neural networks
72–73 , 152, 159, 160
Neverova, N.
160, 165
next speaker
3, 12, 197–210 , 218, 220–3 , 225–9
Ngiam, J.
160, 165
Nguyen, D.
148, 165
Nielsen, G.
245, 262
natural language generation (NLG)
101
nodding
See see head nod
non-iconicity
269, 274
Nottingham Multimodal Corpus
6
O
Oben, B.
1–2 , 4–6 , 8, 10, 12, 14–16 , 18, 233–36 , 238, 240, 242, 244, 246, 260, 262
object classes
171, 174, 180
object detection
171–72 , 175, 185, 187, 192–93
object recognition
171–72 , 186, 192–3
Odobez, J.-M.
153–54 , 163, 166
Oloff, F.
7, 16
Onuki, T.
157–58 , 165
ORB feature extraction
171, 173–74 , 194
organization, sequential
3, 151, 277, 295
origo
270, 272
Otsuka, K.
142, 145, 163, 165
Oyekoya, O.
156, 165
P
Paggio, P.
7, 15, 17, 319
pair parts
See see first pair part
participants, unaddressed
3, 142
participation framework
2, 305, 307
participation roles
2, 304
Pasquandrea, S.
302, 306–7 , 320–21
Patalano, A.
30, 44
Patera, W.
112, 133, 135, 194
pattern recognition
163, 166, 193–94
Paxton, A.
89, 237, 262
Peng, Y.
27, 31, 46, 194
Pentland, A.
145, 152, 165
Peräkylä, A.
15, 307, 317, 321
peripheral vision
205, 249, 290
Pfeiffer, T.
9, 11, 14, 16–17 , 36, 45, 109–14 , 116–22 , 124, 126, 128, 130, 132, 134–37 , 161
Phillips, A.
57, 64
Piaget, J.
235, 262
Piazza, J.
235, 262
Pickering, M.
11, 16–17 , 48, 50, 60–4 , 260, 262
Picot, A.
144, 156, 161, 165
Pighin, F.
140, 144, 163
Pöchhacker, F.
305, 321
pointing
11, 36–37 , 79, 110, 113–22 , 127–31 , 133, 150, 227, 147–148 , 265, 267, 270–73 , 275–77 , 279–81 , 284–86 , 288–94
Pöllabauer, S.
307, 321
Pomerantz, A.
283, 297
Posner, M.
4, 17, 23, 45, 234, 262
Postma, M.
5, 17, 237–39 , 245–47 , 262
Powell, L.
235, 262
priming
236, 257
Pupil Pro
178, 185, 189
R
Raidt, S.
14, 142–44 , 156, 161, 165
Rayner, K.
7, 17, 91, 106
reaction times
71, 73, 234, 238, 247, 257–58
recall
48, 50–51 , 54–57 , 61
recipiency
3, 13, 205, 301–8 , 310, 312–13 , 317
recipient design
200, 208, 210
recurrence
74–75 , 78, 82
referring expressions
55, 95, 100–102 , 113
Reitter, D.
235, 238, 263
Renner, P.
11, 109–10 , 112, 114, 116, 118, 120–22 , 124, 126–28 , 130–32 , 134, 136–37
Repp, B.
71, 89
restarts
212, 272, 293
Ricciardelli, P.
24, 35, 42, 45, 49, 62, 65, 105
Richardson, D.
4, 17, 41, 44–45 , 78–79 , 82, 84, 86, 89–90 , 145, 165–66 , 234–35 , 237, 260, 262–63
Rickheit, G.
110, 135, 137
Risko, E.
70, 89, 142, 166
robots
4, 37, 48–49 , 94–96 , 103, 110, 116, 127, 133, 139, 141, 148, 158
Roche, J.
235, 263
Roepstorff, A.
79, 87–88 , 261
Romani, M.
25, 45
Rossano, F.
2–3 , 7, 17, 197–99 , 202–4 , 230–31 , 266, 286, 292, 297, 304–5 , 321–22
Rublee, E.
173, 194
Ruhland, K.
140, 145, 166
Rupert, R.
84, 89
S
saccades
143–145 , 155, 275, 291
Sacks, H.
33, 45, 197–200 , 208, 229–30 , 297, 311, 321
Sak, H.
152, 166
saliency
60, 96, 144, 154, 140, 154
Samson, D.
48, 65
Saxton, M.
60, 65
scan path
7, 31, 37, 140–41
Schegloff, E.
33, 45, 197–99 , 230, 266–67 , 269, 272, 277, 297, 321
Schilbach, L.
14, 36, 45, 161
Sebanz, N.
24, 33, 40, 45, 80, 90
Sedivy, J.
26, 46, 50, 65, 75–76 , 86, 90, 106
self-selection
198, 200–201 , 203, 229
Selting, M.
230–31 , 268, 295, 297, 299, 319, 322
sequence organisation
7, 277
Shannon, C.
237, 263
Shenhar, A.
69, 90
Shimojo, S.
28, 30, 45
Shockley, K.
68, 74, 78, 89–90 , 154, 166, 237, 263
Sidnell, J.
17, 230, 296–97 , 321
SIFT
172–73 , 194
signals, accompaniment
203, 303
sign language
249, 318
Simion, C.
28, 45, 57, 62
situation model
3, 9, 12, 61, 111–15 , 117–19 , 122–24 , 126, 129–30 , 132–34
Skantze, G.
4, 17, 157, 161
Slater, M.
139, 145, 163, 167
SMI
123, 153, 170, 198, 268
social gaze
24, 32, 42, 158
function and evolution of
15, 260
speech acts
78, 145
speech rate
152
Spivey, M.
26, 46, 50, 65, 70–71 , 74–76 , 79, 85, 87, 89–90 , 106, 260
SPP (second pair part)
62, 200, 277, 279
Staudte, M.
4, 11, 17, 48, 55, 59–60 , 65, 91–92 , 94, 96, 98, 100, 102, 104–6
Stivers, T.
17, 208, 230–31 , 296–97 , 303, 316, 321–22
Streeck, J.
3, 7, 17, 197–99 , 203, 249, 251, 263, 266, 271, 276, 286, 292, 297, 307
Strogatz, S.
72, 90
Stukenbrock, A.
5, 8, 13, 17, 206, 265–68 , 270–71 , 274, 276–82 , 284, 286, 288–90 , 292–94 , 296–98 , 300
support vector machine (SVM)
44, 139
synchronization
35, 79, 92, 112, 151, 166, 237, 269
systems
computational
43, 69, 81, 85–86
marker-based
170
optical tracking
117, 129, 134
visual attentional
68, 82
T
Tanenhaus, M.
14, 26, 46, 50, 62, 65, 75–77 , 85–87 , 90–91 , 103–6 , 147, 161
task
cognitive
27, 73–74 , 148
experimental
7, 24, 68, 74, 83, 247
interactive
8, 37, 81, 148
Taylor, T.
36, 41, 160, 162, 165
tellings
3, 200, 203, 215, 305
temporal smoothing
171, 182–3 , 187–88 , 192
thematic role assignment
11, 47, 49–54 , 59
theory of mind (ToM)
155, 161
Tobii
112, 142, 170, 185
Tollefsen, D.
70, 90, 263
Tomasello, M.
23, 46, 50, 58, 60, 62, 65, 121, 137, 157, 166, 271, 298
Tomeo, E.
29, 46
Tomlin, R.
95, 106
torso
12, 181–82 , 187, 189, 191–2 , 291
Toyama, T.
171, 178, 192, 194
Trabelsi, G.
149, 166
Trösterer, S.
36, 46
Trueswell, J.C.
14, 50, 64–65 , 86–87 , 95, 103, 105–6
turn
allocation
2, 199, 201, 223, 228
taking
4, 12, 33, 145–6 , 160, 197–99 , 201, 207, 210, 218–19 , 221, 228, 267, 286, 292, 307, 312
transfer
311, 317
transition
3, 5, 202, 214, 223
Turvey, M.
72–73 , 86, 89–90
Tuytelaars, T.
193–94
Tylén, K.
79, 81, 87, 163, 261
U
Urgesi, C.
25, 29, 45–46
V
Vandemoortele, S.
185, 194
Van der Burg, E.
140, 167
Van Engen, K.
239, 263
Van Gelder, T.
70, 90
Van Gompel, R.
174, 194
Van Gool, L.
193–94
Van Orden, G.
70, 73, 88, 90
Van Son, R.
6, 17
Velichkovsky, B.
36, 38, 46
Vertegaal, R.
3, 18, 38, 41, 142, 167, 205, 231
viewpoint
172, 180, 183
virtual reality
116, 122, 132–3
visual world
26, 100, 147
visual world paradigm
63, 75, 91–92 , 100
Vogeley, K.
14, 36, 45, 161
Vranjes, J.
3, 8, 13–14 , 301–2 , 304, 306, 308, 310, 312, 314, 316, 318, 320, 322
W
Wachsmuth, S.
135, 137, 166
Wadensjö, C.
301–2 , 305, 307, 321–22
walking
71, 269, 274–77 , 279
Wang, Y.
18, 43, 237–39 , 245–48 , 257–59 , 263
Wegner, D.
85, 90
Weiß, C.
17–18 , 298
Wellman, H.
46, 57, 64
Wiener, N.
70, 90
Wittenburg, P.
8, 18, 114, 137, 309, 322
Wolf, C.
12, 139, 146–48 , 152, 160, 164–65
Wolpert, D.
25, 46
Wood, N.
36, 46
Y
Yarbus, A.
26, 41, 46, 140, 155, 167
Yngve, V.
303, 322
Yoon, S.
76, 86, 103, 106
Yun, K.
171, 194
Z
Zelinsky, G.
14, 16, 27, 31, 35, 41, 44, 46, 55, 64, 194, 260, 262
Zima, E.
1, 18, 235, 263