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Sarfraz M. — Advances in geometric modeling
Sarfraz M. — Advances in geometric modeling



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Название: Advances in geometric modeling

Автор: Sarfraz M.

Аннотация:

Advances in Geometric Modeling illustrates the significance of Geometric Modeling in construction, design and manufacture, in not only the traditional industries such as automobile and aircraft manufacturing, but also in modern industry. This includes CAD/CAM, Computer Art, Entertainment, Education and Training, Visualization, robotics, medical imaging, visualisation, painting and media, and others. This volume will Provide a valuable source focusing on interdisciplinary methods and affiliate research in the area of geometric modeling. Provide the user community with a variety of advanced geometric modeling techniques and their applications. Collate and disseminate information from various disciplines such as; Curve and Surface Fitting, Geometric Algorithms, Visualization, Computational Geometry, Solid Modeling, Computer Graphics, Computer Aided Geometric Design, Splines, Deformation of Objects, Virtual Reality, Mesh Simplification, Multi-resolution, Texture Mapping, Reverse Engineering, etc. Provide a source for researchers and practitioners who are looking for the latest developments in the field of geometric modeling. This in-depth and well-illustrated book is an excellent reference for researchers, computer scientists, practicing engineers and those who seek state-of-the-art techniques and applications in geometric modeling.


Язык: en

Рубрика: Computer science/Вычислительная геометрия/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2003

Количество страниц: 320

Добавлена в каталог: 22.11.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Affine      9 24 306
Algorithm      30 31 33 40 42 43 129 161 162 176 204 205 207 254 255 278 290
Allowable motions      186 187 191—193 199 201
Anisotropic diffusion      224 226
ARC      23 147 301 306
B-spline      82 107 108 110 124 127 230—232 243 299 300 302 306
Basis      39 40 48 82 83 89 86 108 110 111 117 126 230 231
Basis conversion      55—66
Beizer points      88—90
BEM      167
Bemstein — Bezier      40 48 49 51 53 54
Bezier      2 4—7 11 12 39 40 42 48—54 178—181
Bezier patch      243—246
Boundary element      169
Boundary line      176 178
Branches      242
CAD      97 175 185 187 203 230 251 252
CAGD      2 108
CAM      97 251
Car modeling      73
Catmull — Clark subdivision      3
ChebyChev point      7 9
Cloud      251
CMM      97
CNC      97
Comer cutting      40 42 48 49 90 102
Comer panel      10
Compression      154
Computer graphics      2 122 206 230
Cone      72 197 252
Constraint database      200 265 267 268
Constraint recognition      186 187 191 194—196
Constraint solving      186 187 192
Constraint-based manipulations      186 187 190 191 195 197 199
Control mesh      1—7 12 16 102
Control point      5 40 42 82 89 108 111 114 117 187 231 233 243 246 247 300
Control polygon      2 12 40 42 48 90 300
Convex hull      40 42 82 111 124 278
Convex set      122—125 128
Coons patch      122
Cubic      2 4 11 82 86 127 133 134 137 138 141 147 148 150 268 302
Curvature      19 31 34 71 134 138 145 181 241 253 254 260
Curve      4 11 12 23 40—48 71 74 82 102 134—138 229 231 235 300 302
Curved surfaces      19 241
Cusp      72
Cylinder      72 198 261
Data point      6 84 122 252 255 259 278
Data visualization      82
Database      155 200 203 263 267 273
De Boor point      300
Decimation      155 162 231 232 235
Decomposition      85 218 230—236 289
Deformable model      218 220 223 225
Deformation      168 169 172 221
Degree      20 21 29 40 42 46 72—74 82 133 134 186 207 231 263 300 301 302
Delaunay tetrahedrization      278
Delaunay triangulation      154 278—281
Design curve      82 89 90
Design surface      107
Diffusion      224 225
Diffusion methods      218—227
Distance function      122 124
Dormant      278
Down-sampling      154
Dyadic subdivision      112
Dynamic curve      63
EDGE      3 8 14 35 109 112 160 190 205—208 219 220 224 245 278 279 285 293
Edge-collapse      204 205 208
Efficient adaptive triangulation      163
Eigenvalue      291 292 294
Eigenvector      292
Elastic surface      218
Envelope      32 71 301 302
Euclidean      20 26 103 122 135
Euclidean distance      229 284
Evaluation algorithm      39 40—43
Extrusion      98—102 105
Face      3 4 9 73 100 176 244 245 279 283
FCO sampling      157 158
FEM      167 168
Filter      154 159 162 170 263 265
Flattening      29—33
force      168 169 218 221
Freeform      94 230
Gaussian diffusion      226
Geometric modeling      2 229 230
Geometric processing      69
GIS      263 264
grid      168 186 218 252 285—287
Hierarchical triangulation      154 161
Holes      242 278 292
Image      154 198 218 219 222 224 241
IMOLD      97
Implicitization      73—75
Inflection      133 134 142
Inter-lock      99
Interpolation      2 12—15 40 122 124 128 130 242 243 247 263—265 273
Intersection determination      72
Interval tension      81 82
Inverse distance weighting      265
Irregular patches      246
Irregular spline surface      246
Irregular topology      242 243 248
Iso-surface      168 170
Isometric mapping      19 22
Knot      82 232 233 300 308 310
Knot decimation      231 232
Lattice      157 285
Level of detail      118 204 207
Lofted subdivision surface      15
Loop      71 74 137—144
Manifold      206 283
Mass-spring system      243
Mathematica      138 141 145
Medial axis      102 103
Mid-polygon      9
Minimum spanning tree      278
Monotone      137 142 144
Multi-resolution      2 155 204 218 230—235
Multi-resolution analysis      116 117
Multi-resolution editing      117
Multi-resolution modeling      187
n-gon      8
n-reflected panel      8 9 11 14
Neighborhood      117 123 265 282—284 286 289 291 294 295
Nu spline      92
NURBS      70 72 104 134 299 302 308 310
Object characteristic function      218 219 222
Offset      71 72 74
Optimal hierarchical adaptive mesh construction      154
Optimization      30 98 116
Order      20—22 73 74 122 123 126 127 135 158 204—207 231—233 259 268 299
Orientation      30 32 159 194 209 279 292 294
Panel      8 9 11 14
Parabolic      103 301 302 306 308
PARAMETER      34 36 70 74 82 94 180 241 243 246 301 303
Parametric surfaces      70 73
Parting line      98 99 101 102 104
Parting surface      98 99 102 104
Partition of unity      82 108 110
Patch      6 12 32 71 74 99 104 109 242 246
Path      231 301 304 305 311
Pelting      243
piecewise      9 11 83 84 127
Piecewise linear manifold      219
Piecewise polynomial      230
Planar developments      24 29
Planar extraction      251 253
Planar patches      253
Plane      22 32 72 156 160 252 254 255 267 279 282 283 293 291
Plastic injection mould      97
Point      21 25 27 101 122 125 135 160 168 206 241 246 265 267
Point cloud      252
Point decimation      232 233
Point tension      83
Polygonal complex      2 7 9—12 14
Polygonal subdivision      6 11 12
Polyhedron      1 3 4 12 16
Polynomial      108 231
Powell — Sabin spline      107 108
Powell — Sabin split      109
Power form      62 64 65
Principal component analysis      291
Projection      111 282 302
Pseudo-code      220 283
Pseudo-randomization      261
Pythagorean Hodograph      133—136 140—143 146—150
Quadratic splines      119
Quadtrees      154
Quality control      37
Quintic      133—135 138 140 142 147 148 150
Radiation      263
rational      72 75 128 265 302
Rational curves      71 301 303 310
Ray      71
Rectangular patch      241
RECURSIVE      1 7 15 231 288 300
refinement      1—3 30 107 109 113 114 112 155
Region growing      253—255 259
Regular topology      247
Resolution      156 162 186 187 218 219 226 232 233
Reverse engineering      252 253 277
Sample data      121 275
Seed      253—260
Segmentation      217 222
Set-spline      121—123
Shape control      81 82 94 150 299 300 302 312
Shape parameters      81 82 85 90 94 95 253
Shape preservation      39
Silhouette lines      175 176
Simulation      167 168
Snake model      218
Solid modeling      70 73 74 185—188
Solid texturing      243
span      56 58 59 61—66
Spatial interpolation      264 265 273 275
Spatiotemporal data      263 265 273
Spatiotemporal database      273
Sphere      21 74 186 197
Spiral      134—138 140 142 150
SPLINE      4 6 7 12
Spline surface      56 64 65 71 75—80
Subdivision      2 9 11
Subdivision curve      1—16
Subdivision Surface      12
Super triangles      251 254 257
surface      1 5 14 20—22 24
Surface blending      69 70 75
Surface deformation      243
Surface intersection      72—74
Surface offsetting      71
Surface reconstruction      218—228
Surface simplification      154 161
T-snake      218 221 223
T-surface      218 220—223 226
Taylor expansion      56 62
Texture      241 242 246—248
Texture co-ordinates      241 246 247 248
Texture mapping      29 34 241—243 246
Texture pattern      241 246
Thiessen polygon      273
Threshold      168 218 221
Time complexity      278 285 289
Topological meshes      1
topology      153 206 246
Torus      72 252
Total positivity      48 49 51 53
Transmission      155 207
Transverse      219 220
Triadic subdivision      112—114 118
Triangular meshes      203
Triangular patch      74 122
Triangulation      107 112 158 164 277 278 282 292
trimming      2
Trimming subdivision surface      14 15
Twist      241
Ultraviolet radiation      263
Up-sampling      154
Valid intersection intervals      101
Variation diminishing      89
Vertex      3 4 117 161 206 245 280 281
Virtual reality      185
Virtual sculpting      168 170 172
Visibility test      101
Visualization      154 186 264 272
Volume      168 170 205 222 285
Volume data      122 168
Volume modeling      167 168
Voronoi diagram      266 267
Wavelets      118
Weight      3 83 89 265 266 308 310
Weighted Nu spline      82 83 94
Weighted spline      82 83
Zheng-ball patch      245
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