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Perceptual Coherence : Hearing and Seeing

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456 Index<br />

Gestalt laws of organization (continued)<br />

psychophysical isomorphism,<br />

376–377<br />

uncertainty about how <strong>and</strong> when to<br />

apply laws, 380<br />

Gibson, D. J., 269, 428<br />

Gibson, J. J., 3, 24, 420, 432<br />

Giese, M. A., 199, 432<br />

Gilbert, C. D., 59, 429<br />

Gilchrist, A., 314–315, 329, 432<br />

Gilden, D. L., 147–148, 432, 442<br />

Glass, L., 167–169, 432<br />

Glass patterns<br />

construction, streaky flow lines,<br />

167–168<br />

hierarchical neural model, 172–175<br />

perception of global patterning,<br />

matching duplicated elements 7,<br />

168–169, 287<br />

perceptual strength of various patterns,<br />

169–170, 172<br />

second order (k = 2) percept, 172<br />

Gold, J., 247, 432<br />

Goldstein, J. L., 382, 432<br />

Gordon, J. W., 357, 433<br />

Gorea, A., 151, 432<br />

Goude, G., 356, 446<br />

Graham, N., 253–256, 259–260, 432<br />

Gray world assumption, 311<br />

Greco, J., 407, 425<br />

Green, B. F. J., 153, 155, 157, 432<br />

Green, D. M., 21, 281–283, 285–288,<br />

382, 432, 444, 448<br />

Green, K. P., 418, 432<br />

Greenberg, S., 269, 432<br />

Greenspan, N. S., 14, 433<br />

Grey, J. M., 357, 359, 433<br />

Griffiths, T. D., 5, 92, 421–422, 433<br />

Grinvold, A., 47, 443<br />

Grose, J. H., 289–290, 433<br />

Grouping <strong>and</strong> segmenting<br />

evolution across time<br />

biasing due to proximal perception,<br />

403<br />

indirect perception, distal judgment<br />

based on distal inference,<br />

400–403<br />

proximal percept replaced by<br />

distal constancy percept,<br />

18–19, 403<br />

hearing<br />

acoustic properties normally<br />

co-vary <strong>and</strong> are redundant,<br />

381, 387–388<br />

amplitude modulation, 382–383<br />

conflicting cues to grouping,<br />

388–389<br />

dominant cue is onset asynchrony,<br />

389–390<br />

edges, analogy to visual edges,<br />

397<br />

frequency modulation, not an<br />

independent cue, 383–384<br />

grouping is not all or none, 390<br />

harmonicity, 382<br />

negative minina in sound, 395n<br />

onset <strong>and</strong> offset asynchrony,<br />

382–383<br />

problem of assigning sets of frequencies<br />

that vary over time to<br />

different sources, 381<br />

spatial location, secondary factor,<br />

385<br />

summary, 390–391<br />

See also Gestalt laws of organization;<br />

Stream segregation<br />

seeing<br />

element <strong>and</strong> uniform connectedness,<br />

391<br />

interpolation across occlusions,<br />

relatability constraint, 397–399<br />

interpolation, amodal <strong>and</strong> modal,<br />

396<br />

occlusion edges <strong>and</strong> shadow<br />

edges, 209–211, 397<br />

parsing regions at points of maximum<br />

concavity, maximum<br />

information, 393–395<br />

self-splitting objects, 398–399<br />

See also Figure-ground, visual;<br />

Gestalt laws of organization<br />

Grunau, v., M., 197, 428<br />

Grzywacz, N. M., 118, 202, 208, 210,<br />

219, 426, 446–447<br />

Guttman, N., 180, 182, 433<br />

Guttman, S. E., 397, 400, 435<br />

Gygi, B., 270, 364, 433<br />

Hair cells, 267–269<br />

Hall, J. W. I., 289–290, 433

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