Uttal W.R., Kakarala R., Dayanand S. — Computational modeling of vision. The role of combination :: Электронная библиотека попечительского совета мехмата МГУ

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Uttal W.R., Kakarala R., Dayanand S. — Computational modeling of vision. The role of combination

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Название: Computational modeling of vision. The role of combination

Авторы: Uttal W.R., Kakarala R., Dayanand S.

Аннотация:

This volume is a report of the SWIMMER vision modeling project at Arizona State University. Earlier parts of the work were reported in (1992). Illustrating how visual systems gather, process, and reconstruct information about objects in two and three dimensions, the eight contributions discuss such topics as models of combination and binding, the physiology and psychology of the human visual system, a particle system model for combining edge information from multiple segmentation modules, combining images for three-dimensional vision, object recognition, and the interpolation aspect of surface reconstruction.

Язык:

Рубрика: Computer science/Обработка изображений/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1999

Количество страниц: 255

Добавлена в каталог: 23.11.2005

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Предметный указатель

Probability, measure      93—95
Probability, theory      83
Probe particle      120—121
Procedural techniques      197
PROGRAM      64
Protanopia      85
Protein      39
Prototype categorization      180
Psychology      10
Psychoneural equivalents      52 71
Psychophysical evidence      57
Psychophysical irreducibility      54
Psychophysical phenomena      55
Psychophysics      38 61
purity      11
Quadratic functionals      208—209 214 221 233
Quantum      40
Radiometric      10
RANGE      120
Raw-edge detection      172
Receptors      31
Receptors, channels      31
Receptors, neurons      32
Recognition      168
Reconstruction function      193
Reductionism      18—19
Redundant coding      47
Reflectance map      152
Reflex circuit      50
Region count      127
Region extraction      117
Region of influence      123—124
Regular shaped objects      112
Regularizing      139
Relative motion      137
Remotely operated vehicle(ROV)      100
Representation      174
Resolution      140
Restoration      81
Retinal      39
Rhodopsin      39
Ritz approximation technique      196—197
Rods      31—34 38 42
Rotation      169
Saturation      11—12
Scaling      160
Scattered data      194
Seed      157
Segmentation algorithms      72 81 116 119 167
SFS      139 142 150 157—159 162
SFSL      142 148 155 157—159 162
Shading      14 53 68 83 138
Shape contour      168
Shape disparity      178
Shape from shading(SFS)      139 150
Shape recognition      105 109 167
Shape reconstruction      139
Side-vertex method      198
Simulated annealing      79 216—219
Simultaneous equations      140
SIZE      179 190
Size, invariance      176
Size, ratio      178
Skeletonizing      172
Smoothness      82
Sodium permeability      40
Sonar      113
Spatial averaging      104 117
Spatial combining      109
Spatial frequency theory      65—66
Spawn point      123
Specific energy of nerves      26 28
Spectrophotometry      38
Square wave      66

stereo      68 92 109 138—139 157
Stereo, blindness      6
Stereo, disparities      138
Stereoscopic camera      157
Stereoscopic depth      15
Stereoscopic disparity      53
Stereoscopic image      153
Stereoscopic perception      137—139
Stereoscopic process      140
Stimulus attributes      2
Stimulus generalization      169
Stripe      145—146 149
Subcomponent comparison      168 170 174 176
Subcomponent extraction      170 174
Superbiological descriptions      4
Superior collicular pathway      50
Superior colliculus      28
Surface depths      147
Surface discontinuities      144
Surface normal      153
Surface reconstruction      193
Surface shape      15 137 155
SWIMMER project      97 99 102 106 109—113
SWIMMER’s-eye view      113
System model      115
T-shaped boundaries      172
Tangent      176
Taxonomies      21
Temperature schedule      217
Temporal synchronization mode      171
Textons      14
Texture      4 13 53 68 83 115 119 132
Texture, blindness      6
Texture, segmentation      109
Thalamus      48
Theory      19—21
Thermodynamical system      216
Thin plate spine functional      194 205
Topologically consistent      34 59
Triangulation      204 224
Triangulation, domains      233
Triangulation, interpolants      233
Triangulation, partitioning      214
Triangulation, patch      196 204 211 233
Triangulation, techniques      213
Trichromatic codes      43
Trichromatic theorists      35
Trichromatic vision      5
Tritanopia      85
Trivariant theory      6
Twigs      118
Ultraviolet light      34
Underwater scene      134
Univariance      6
UNIX      162
Unoccluded object      190
Validating experiments      182
Validity      159
Virtual ocean      111
Vision system      3
Vision theory      115
Visual area      51
Visual perception      3
Visual similarity      178
Visual spectrum      34
Visualization      110
Voronoi tesselation      211
Wavelength      11 43
Wavelets      66
Widgets      109
Wigner — Seitz tesselation      211
Young — Helmholtz theory      42
Zero-crossing      141
Zone      43

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