FI (list display)

  • G06T7/00
  • Image analysis [2017.01] HB CC 5L096
  • G06T7/00@C
  • image analysis of solid body HB CC 5L096
  • G06T7/00@P
  • using image and voice or common technology HB CC 5L096
  • G06T7/00@Q
  • image quality evaluation HB CC 5L096
  • G06T7/00@U
  • interactive image analysis HB CC 5L096
  • G06T7/00@Z
  • Others HB CC 5L096
  • G06T7/00,130
  • .analysing on the basis of human sensitivity HB CC 5L096
  • G06T7/00,250
  • .area extraction in characteristics value space HB CC 5L096
  • G06T7/00,300
  • .recognition by pattern matching HB CC 5L096
  • G06T7/00,300@A
  • characterised by speed-up HB CC 5L096
  • G06T7/00,300@B
  • .characterised by hierarchical processing HB CC 5L096
  • G06T7/00,300@C
  • .characterised by terminating processing HB CC 5L096
  • G06T7/00,300@D
  • template matching HB CC 5L096
  • G06T7/00,300@E
  • examining difference from standard pattern HB CC 5L096
  • G06T7/00,300@F
  • using characteristic value HB CC 5L096
  • G06T7/00,300@G
  • .using histogram HB CC 5L096
  • G06T7/00,300@H
  • .by patterns of orthogonally transformed HB CC 5L096
  • G06T7/00,300@M
  • optical recognition HB CC 5L096
  • G06T7/00,300@Z
  • others HB CC 5L096
  • G06T7/00,350
  • .characterised by specific algorithm for recognition HB CC 5L096
  • G06T7/00,350@A
  • characterised by using mathematical algorithm, e.g. HMM HB CC 5L096
  • G06T7/00,350@B
  • recognition by learning algorithm HB CC 5L096
  • G06T7/00,350@C
  • .using neural network HB CC 5L096
  • G06T7/00,350@D
  • .by heriditical algorithm HB CC 5L096
  • G06T7/00,350@E
  • by association algorithm HB CC 5L096
  • G06T7/00,350@Z
  • Others HB CC 5L096
  • G06T7/00,500
  • .personality verification system by image processing HB CC 5B043
  • G06T7/00,510
  • ..personality verification HB CC 5B043
  • G06T7/00,510@A
  • personality verification in general HB CC 5B043
  • G06T7/00,510@B
  • verification by body shape, character HB CC 5B043
  • G06T7/00,510@D
  • .verification by eye, e.g. iris or retina HB CC 5B043
  • G06T7/00,510@E
  • .verification by vein HB CC 5B043
  • G06T7/00,510@F
  • .verification by face HB CC 5B043
  • G06T7/00,510@Z
  • others HB CC 5B043
  • G06T7/00,530
  • ..verification of fingerprint (obtaining fingerprint images G06T1/00 400G) HB CC 5B043
  • G06T7/00,570
  • ..verification by sign; verification by handwriting HB CC 5B043
  • G06T7/00,590
  • ..stamp verification HB CC 5B043
  • G06T7/00,600
  • .Image inspection HB CC 5L096
  • G06T7/00,610
  • ..Industrial image inspection HB CC 5L096
  • G06T7/00,610@A
  • using design rules HB CC 5L096
  • G06T7/00,610@B
  • checking the presence and absence HB CC 5L096
  • G06T7/00,610@C
  • using reference images HB CC 5L096
  • G06T7/00,610@Z
  • Others HB CC 5L096
  • G06T7/00,612
  • ..Medical image inspection HB CC 5L096
  • G06T7/00,614
  • ...using reference images HB CC 5L096
  • G06T7/00,616
  • ....comparing images different in time HB CC 5L096
  • G06T7/00,630
  • ..Cell image analysis HB CC 5L096
  • G06T7/00,640
  • .Remote sensing image analysis HB CC 5L096
  • G06T7/00,650
  • .Traffic image analysis HB CC 5L096
  • G06T7/00,650@A
  • for roads HB CC 5L096
  • G06T7/00,650@B
  • for moving bodies HB CC 5L096
  • G06T7/00,650@Z
  • Others HB CC 5L096
  • G06T7/00,660
  • .Analysis of personal images HB CC 5L096
  • G06T7/00,660@A
  • Faces HB CC 5L096
  • G06T7/00,660@B
  • Bodies HB CC 5L096
  • G06T7/00,660@Z
  • Others HB CC 5L096
  • G06T7/10
  • .Segmentation; Edge detection (motion-based segmentation G06T7/215) [2017.01] HB CC 5L096
  • G06T7/11
  • ..Region-based segmentation [2017.01] HB CC 5L096
  • G06T7/12
  • ..Edge-based segmentation [2017.01] HB CC 5L096
  • G06T7/13
  • ..Edge detection [2017.01] HB CC 5L096
  • G06T7/136
  • ..involving thresholding [2017.01] HB CC 5L096
  • G06T7/143
  • ..involving probabilistic approaches, e.g. Markov random field [MRF] modelling [2017.01] HB CC 5L096
  • G06T7/149
  • ..involving deformable models, e.g. active contour models [2017.01] HB CC 5L096
  • G06T7/155
  • ..involving morphological operators [2017.01] HB CC 5L096
  • G06T7/162
  • ..involving graph-based methods [2017.01] HB CC 5L096
  • G06T7/168
  • ..involving transform domain methods [2017.01] HB CC 5L096
  • G06T7/174
  • ..involving the use of two or more images [2017.01] HB CC 5L096
  • G06T7/181
  • ..involving edge growing; involving edge linking [2017.01] HB CC 5L096
  • G06T7/187
  • ..involving region growing; involving region merging; involving connected component labelling [2017.01] HB CC 5L096
  • G06T7/194
  • ..involving foreground-background segmentation [2017.01] HB CC 5L096
  • G06T7/20
  • .Analysis of motion (motion estimation for coding, decoding, compressing or decompressing digital video signals H04N19/43, H04N19/51) [2017.01] HB CC 5L096
  • G06T7/20,100
  • ..moving camera system HB CC 5L096
  • G06T7/20,300
  • ..extracting human motion HB CC 5L096
  • G06T7/20,300@A
  • analysing manualism and gesture HB CC 5L096
  • G06T7/20,300@B
  • analysing face and facial expression HB CC 5L096
  • G06T7/20,300@Z
  • Others HB CC 5L096
  • G06T7/207
  • ..for motion estimation over a hierarchy of resolutions (multi-resolution motion estimation or hierarchical motion estimation for coding, decoding, compressing or decompressing digital video signals H04N19/53) [2017.01] HB CC 5L096
  • G06T7/215
  • ..Motion-based segmentation [2017.01] HB CC 5L096
  • G06T7/223
  • ..using block-matching [2017.01] HB CC 5L096
  • G06T7/231
  • ...using full search [2017.01] HB CC 5L096
  • G06T7/238
  • ...using non-full search, e.g. three-step search [2017.01] HB CC 5L096
  • G06T7/246
  • ..using feature-based methods, e.g. the tracking of corners or segments [2017.01] HB CC 5L096
  • G06T7/254
  • ..involving subtraction of images [2017.01] HB CC 5L096
  • G06T7/254@A
  • involving subtraction between frames HB CC 5L096
  • G06T7/254@B
  • involving subtraction of backgrounds HB CC 5L096
  • G06T7/254@Z
  • Others HB CC 5L096
  • G06T7/262
  • ..using transform domain methods, e.g. Fourier domain methods [2017.01] HB CC 5L096
  • G06T7/269
  • ..using gradient-based methods [2017.01] HB CC 5L096
  • G06T7/277
  • ..involving stochastic approaches, e.g. using Kalman filters [2017.01] HB CC 5L096
  • G06T7/285
  • ..using a sequence of stereo image pairs [2017.01] HB CC 5L096
  • G06T7/292
  • ..Multi-camera tracking [2017.01] HB CC 5L096
  • G06T7/30
  • .Determination of transform parameters for the alignment of images, i.e. image registration [2017.01] HB CC 5L096
  • G06T7/32
  • ..using correlation-based methods [2017.01] HB CC 5L096
  • G06T7/33
  • ..using feature-based methods [2017.01] HB CC 5L096
  • G06T7/35
  • ..using statistical methods [2017.01] HB CC 5L096
  • G06T7/37
  • ..using transform domain methods [2017.01] HB CC 5L096
  • G06T7/38
  • ..Registration of image sequences [2017.01] HB CC 5L096
  • G06T7/40
  • .Analysis of texture (depth or shape recovery from texture G06T7/529) [2017.01] HB CC 5L096
  • G06T7/41
  • ..based on statistical description of texture [2017.01] HB CC 5L096
  • G06T7/42
  • ...using transform domain methods [2017.01] HB CC 5L096
  • G06T7/44
  • ...using image operators, e.g. filters, edge density metrics or local histograms [2017.01] HB CC 5L096
  • G06T7/45
  • ...using co-occurrence matrix computation [2017.01] HB CC 5L096
  • G06T7/46
  • ...using random fields [2017.01] HB CC 5L096
  • G06T7/48
  • ...using fractals [2017.01] HB CC 5L096
  • G06T7/49
  • ..based on structural texture description, e.g. using primitives or placement rules [2017.01] HB CC 5L096
  • G06T7/50
  • .Depth or shape recovery [2017.01] HB CC 5L096
  • G06T7/507
  • ..from shading (G06T7/586 takes precedence) [2017.01] HB CC 5L096
  • G06T7/514
  • ..from specularities [2017.01] HB CC 5L096
  • G06T7/521
  • ..from laser ranging, e.g. using interferometry; from the projection of structured light [2017.01] HB CC 5L096
  • G06T7/529
  • ..from texture [2017.01] HB CC 5L096
  • G06T7/536
  • ..from perspective effects, e.g. by using vanishing points [2017.01] HB CC 5L096
  • G06T7/543
  • ..from line drawings [2017.01] HB CC 5L096
  • G06T7/55
  • ..from multiple images [2017.01] HB CC 5L096
  • G06T7/557
  • ...from light fields, e.g. from plenoptic cameras [2017.01] HB CC 5L096
  • G06T7/564
  • ...from contours [2017.01] HB CC 5L096
  • G06T7/571
  • ...from focus [2017.01] HB CC 5L096
  • G06T7/579
  • ...from motion [2017.01] HB CC 5L096
  • G06T7/586
  • ...from multiple light sources, e.g. photometric stereo [2017.01] HB CC 5L096
  • G06T7/593
  • ...from stereo images [2017.01] HB CC 5L096
  • G06T7/60
  • .Analysis of geometric attributes [2017.01] HB CC 5L096
  • G06T7/60,110
  • ..labelling, coefficeisnts of number of bodies and area numbers HB CC 5L096
  • G06T7/60,120
  • ..using run length HB CC 5L096
  • G06T7/60,150
  • ..calculation of geometrical value HB CC 5L096
  • G06T7/60,150@D
  • Singular point, e.g. branching point, bending point, inflection point, starting point or terminal point HB CC 5L096
  • G06T7/60,150@G
  • curvature HB CC 5L096
  • G06T7/60,150@S
  • shape HB CC 5L096
  • G06T7/60,150@T
  • getting number of corner of body HB CC 5L096
  • G06T7/60,150@Z
  • other geometrical values HB CC 5L096
  • G06T7/60,180
  • ..mutual relationship HB CC 5L096
  • G06T7/60,180@A
  • linking relationship HB CC 5L096
  • G06T7/60,180@B
  • distance HB CC 5L096
  • G06T7/60,180@D
  • overlap HB CC 5L096
  • G06T7/60,180@Z
  • Others HB CC 5L096
  • G06T7/60,200
  • ..extraction of area with geometrical characteristics HB CC 5L096
  • G06T7/60,200@A
  • loop HB CC 5L096
  • G06T7/60,200@C
  • disk, arch, ellipse HB CC 5L096
  • G06T7/60,200@D
  • circumscription polygon HB CC 5L096
  • G06T7/60,200@G
  • line separation HB CC 5L096
  • G06T7/60,200@H
  • .huff transformation HB CC 5L096
  • G06T7/60,200@J
  • .extraction of white line, guide line, etc. HB CC 5L096
  • G06T7/60,200@K
  • .frame, table, ruled line HB CC 5L096
  • G06T7/60,200@Z
  • others HB CC 5L096
  • G06T7/60,300
  • ..recognition by geometrical characteristic value HB CC 5L096
  • G06T7/60,300@A
  • using outline HB CC 5L096
  • G06T7/60,300@Z
  • Others HB CC 5L096
  • G06T7/62
  • ..of area, perimeter, diameter or volume [2017.01] HB CC 5L096
  • G06T7/64
  • ..of convexity or concavity [2017.01] HB CC 5L096
  • G06T7/66
  • ..of image moments or centre of gravity [2017.01] HB CC 5L096
  • G06T7/68
  • ..of symmetry [2017.01] HB CC 5L096
  • G06T7/70
  • .determining position or orientation of objects or cameras(camera calibration G06T7/80) [2017.01] HB CC 5L096
  • G06T7/70@A
  • determining only a position HB CC 5L096
  • G06T7/70@B
  • determining only a direction HB CC 5L096
  • G06T7/70@Z
  • Others HB CC 5L096
  • G06T7/73
  • ..using feature-based methods [2017.01] HB CC 5L096
  • G06T7/77
  • ..using statistical methods [2017.01] HB CC 5L096
  • G06T7/80
  • .Analysis of captured images to determine intrinsic or extrinsic camera parameters, i.e. camera calibration [2017.01] HB CC 5L096
  • G06T7/90
  • .Determination of colour characteristics [2017.01] HB CC 5L096
  • G06T7/90@A
  • Detection of characteristic value related to color HB CC 5L096
  • G06T7/90@B
  • using color histogram HB CC 5L096
  • G06T7/90@C
  • Extraction of a specific color area HB CC 5L096
  • G06T7/90@D
  • analysing in color space HB CC 5L096
  • G06T7/90@Z
  • Others HB CC 5L096
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