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| Samet H. — Applications of Spatial Data Structures: Computer Graphics, Image Processing, and Other Areas |
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| Предметный указатель |
FW' 338
FWB 338
FWB' 338
FWW 331 (also see “White forest approximation”)
FWW' 338
Gamma 81
Gannon, J.D. xi
Gao, P. 443 457
Garcia, G. 444
Garey, M.R. 11—12 26 444
Gargantini, I. 30 37—38 40 50 85 105 199 229 253—254 259 431 435 441 444
Gaston, P.C. 444
Gautier, N.K. 444
GB 51
GB' 331
gen 59
General unaligned-quadtree intersection 235
General unaligned-quadtree intersection, linear quadtree 236
General unaligned-quadtree intersection, pointer quadtree 236
Generalized octree 176
Genus 200 219 220—223
Geographic Information Systems (GIS) vii ix 40 45
German, S. xi
Gervautz, M. 444
Get_quadrant 129
Gholzadeh, B. 468
Gibson, L. 444
Giiting, H. 446
Gillespie, R. 276 444
Ginsburg, Y. 271 450
GIS see “Geographic information systems”
GL coding 55
Glassner, A.S. 297—298 300—302 315 444
global 425
Goel, S. 449
Goldak, J. xi 23 450
Goldberg, M. 432
Goldschlager, L.M. 25 444
Goldstein, R.A. 420 444
Gomez, D. 445
Goodchild, M.F. 25 401 445
Goral, C.M. 294 321 445
Gordon, D. 281 445
Gordon, P. xi
Gorsky, N.D. 445
Gosen, F. 454
Gouraud shading 281 291
Gouraud, H. 281 445
Gouzenes, L. 445
Gowda, I.G. 445
Graham, S. ix 425 432
Grandfield, A.W. 25 401 445
Grant, E.D. 13 283—284 443
Graphic tablet 228
Gray code 12 22
Gray level 10
Gray node 4
Gray-scale image 2 354—356
Greenberg, D.P. 293—294 297 321—324 437 445 448 475
Greene, D. 445
Griinbaum, B. 445
Grosky, N.D. 26 430
Grosky, W.I. 8 116 391 400 407 445 454
Grouping step 11
Guevara, J.A. 48 105 213 453
Guibas, L.J. 435 441 445
Gunther, O. 445—446
Guttman, A. 446
Guzman, A. 445
GVN 59
GW 51
GW coding 55
GW' 331
h-refinement 291
Habermann, A.N. 426 476
Hachem, N.I. 446
Haken, D. 433
Halftoning see “Dithering”
Halustchak, O. 461
Hamalainen, J. 430 472
Hamilton, J.W. xi
Hanrahan, P. 296 318 420 446
Hanson, E. 471
Hao, L.V. 456
Harada, L. 451
Haralick, R.M. 188 190 446
Harary, F. 219 446
Hardas, D.M. 354 421 446
Hardware 281 316
Hart, P.E. 439
Hash table 298
Hashing 302
Hayward, V. 446
Heap 426
Hebert, M. 174 442
Hecht, M.S. 162 446
Heckbert, P.S. 296 318 420 446
Henderson, P. 319 446
Henderson, T.C. 447
Herbert, F. 447
Herman, G.T. 281 431 436
Herman, M. 447 470
Hertel, S. 447
Herzog, H. 473
Hexagonal silhouette 179 277
Hexagonal tessellation see “Hexagonal tiling”
Hexagonal tiling 4
Hickey, T. 437
Hidden-line elimination 22 268 273—274
Hidden-surface elimination 22 267 267—270 273—276 293 320
Hidden-surface elimination, BSP tree (binary space partition tree) 283—286
Hidden-surface elimination, image-space algorithms 269
Hidden-surface elimination, object-space algorithms 269
Hierarchical Scene Representation see “HSP”
Hilbert, D. 25 116 447
Hillier, F.S. 400 447
Hillyard, R.C. 434
Hinojosa, A. 431
Hinrichs, K. 447
Hinterberger, H. 459
Hirschberg, D.S. 325 447 453
Hoare, C.A.R. 22 447
Hoel, E. xi
Hoey, D. 234 469
hole 2 6 155 218
Hole creation 341—342 344—345
Holroyd, F. 5 432
Homogeneous image 10
Hon, R.W. 433
Hong, S.J. 420 462
Hong, T.H. 176 434 447 450 461 476
Hooper, G. 293 297 475
Hopcroft, J.E. vii 166 430
Horowitz, S.L. 10 447
Hoshi, M. 447
Houthuys, P. 447
HSP (Hierarchical Scene Representation) 318—320
Huang, L. xi
Huang, T.S. 435
Huang, Y.G. 8 12 45 78 99 142 236 259 261 339 466—467
Huffman code 325 355
Huffman, D.A. 325 355 447
Hunter, G.M. 6 14 20 23 81 153 162 191 197—198 218 222 229 231 247—248 271 273 291 367—368 404 408 411 413 448
Hut, P. 431
Hutflesz, A. 448
Hyytia, K. 430
IB (inner black approximation) 326 (also see “Inner approximation”)
Ibbs, T.J. 448
Ibrahim, H.A.H. 448
Ichikawa, T. 448
| Ideal Lambertian reflector 295
Illumination model 294
Illumination model, Phong see “Phong model”
Illumination model, Whitted see “Whitted model”
Image 1
Image coding ix
Image compression ix
Image dilation see “Region expansion”
Image element 183
Image graph 184
Image processing vii—ix 23
Image understanding 24
Image, binary 1
Image, border 2
Image, gray-scale 2
Image, homogeneous 10
Image-rendering task 268
Image-space coherence 269—270 273 275 296 316—317
Image-space hierarchies 2
Immel, D.S. 321—324 437 448
In core see “Core main
Incomplete edge 199 (also see “Active edge”)
Increment 208
Inner approximation (IB) 326 328—329
Inner black approximation see “Inner approximation IB”
Inner perimeter 213
Inner set 275
Inner white approximation see “IW”
Interior 3
Interior node 6
Intermediate quadtree 272
Internal face 219
Intersection 232
Intersection, aligned quadtree 231—233
Intersection, unaligned quadtree 234—242
Iri, M. 448 459
Ismail, M.G.B. 353 448
Isolated point 166
Isometric projection 277 277—280 282
Isometric view 179
IW (inner white approximation) 328
Iwata, K. 297 304 315 419 443
Iyengar, S.S. xi 10 51 393 424 444 449 455—456 463 468
Jaatinen, A. 430
Jackins, C.L. 23 85 197 210 217 248—250 252 260 415 448
Jackson, M.J. 5 432
Jain, R. 8 116 391 400 407 445 454
Jansen, F.W. xi 290 299 316 449 471
Jared, G.E.M. 449
Javis, J.F. 229—230 449
Jensen, K. ix 425 449
Johnsen, O. 55 438
Johnson, D.S. 11—12 26 444
Joining triangulation 175
Jones, L. 51 449
Joshi, R.C. 449
Jou, E. xi
Joy, K.I. 449
Juan, R. 20 431
Judice, C.N. 229—230 449
k-d tree 15—16 286
k-d trie 18
Kajia, J.T. 294 449
Kak, A.C. ix 213 328 360 396 420 464
Kakazu, Y. 459
Kambhampati, S. 422 430 449
Kanatani, K. 449
Kapenga, J. 316 463
Kaplan, M.R. 297—298 302 315 449
Karlsson, R.G. 449
Karonen, O. 297—300 302 430 449 471—472
Kasif, S. 450
Katajainen, J. 450
Kaufman, A. 271 450
Kawaguchi, E. 12 23 53—54 110 200 229 326 450
Kedem, G. 450
Kedem, Z.M. 13 270 283—284 286 318 443
Kela, A. viii xi 23 291 450
Kelly, M.D. 24 450
Kent, E.W. 450
Kernighan, B.W. ix 425 450
Kerola, P. 449
Kersten, M.L. 450
Key 25
Kikuchi, L. 48 105 213 453
Kim, Y.C. 10 393 451
King, T.R. 135 460
Kirk, D. xi 319—321 431
Kirkpatrick, D. 296—297 317—319 420 438—439 445 451
Kitsuregwa, M. 451
Klee, V. 451
Kleiner, A. 451
Klinger, A. viii 14 23 30 81 430 451 460 472
Knott, G.D. x 410 436 451 455
Knowlton, K. 12 325 328 354 356 451
Knuth, D.E. ix—x 14 24 51—52 70 78 451
Kobayashi, H. 85 451
Koistinen, P. 281 451—452 472
Kokubo, I. 440
Kollias, J.G. 31 434—435
Kollias, V.J. 434—435
Koparkar, P.A. 458
Koppinen, M. 450
Korhonen, P. 472
Korn, M.R. 452
Kriegel, H.P. 446 452 468
Krishnamurthy, R. 452
Krolof, K. 452
Kropatsch, W.G. 25 452
Kubo, H. 459
Kubota, H. 451
Kumar, P.S. 452
Kunii, T.L. 20 177 179 254 259 278 282 297—298 301—302 304 313—314 417 419 439 443 452 455 476—477
Kurlander, D. 452
Kushner, T. 452
Kusuma, N. xi
L face 86
LAB 202
Label 193
LABEL_ADJACENT 194
LABEL_GBGW 51
Laflin, S. 281 434
Lakhani, N.B. 444
Lambert's cosine law 294
Lambertian surface 294 294—295
Landis, Y.M. 429
Landuse image 71 78—81 142 262
Landy, M. 13 55 325 403—404 437 471
Lane, J.M. 289 452
Larson, P.A. xi 452
Laurini, R. 26 453
Lauther, U. 453
Lauzon, J.P. 48 50 105 213 453 455
Lavakusha 453
Lavin, M.A. 454
Lawler, E. 26 453
Lazy evaluation 319
LB edge 87
LBR (largest block representation) 353 353—354
LD edge 87
LDB vertex 87 (also “Octant”)
LDF vertex 87 (also “Octant”)
Le Corre, J.R. 444
Lea, D. 453
leaf node 4
Lee, D.T. 445 453
Lee, Y.T. 453
Left 166
Leifker, D. 465
Leighton, R.B. 281 442
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