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ORCIDComputer Vision, A Reference Guide 2014
- Katsushi Ikeuchi:
Computer Vision, A Reference Guide. Springer 2014, ISBN 978-0-387-30771-8 - Action Prototype Trees. 1-5
- Action Recognition. 5
- Rui Shen, Gaopeng Gou, Irene Cheng, Anup Basu:
Active Calibration. 5 - Active Camera Calibration. 5
- Active Contours. 5
- James J. Clark:
Active Sensor (Eye) Movement Control. 5-8 - Andrew Hogue, Michael R. M. Jenkin:
Active Stereo Vision. 8-12 - Active Vision. 13
- Activity Analysis. 13
- Wanqing Li, Zicheng Liu, Zhengyou Zhang:
Activity Recognition. 13-16 - Paolo Favaro, Andrea Vedaldi:
AdaBoost. 16-19 - Adaptive Boosting. 19
- Adaptive Gains. 19
- Affine Alignment. 19
- Zhengyou Zhang:
Affine Camera. 19-20 - Michael Werman:
Affine Invariants. 20-22 - Zhengyou Zhang:
Affine Projection. 22 - Kevin Köser:
Affine Registration. 22-25 - Affordances. 25
- James Bonaiuto:
Affordances and Action Recognition. 25-27 - Bo Zheng:
Algebraic Curve. 27-29 - Bo Zheng:
Algebraic Surface. 29-31 - Analytic Reflectance Functions. 31
- Dana H. Ballard:
Animat Vision. 31-36 - Anisotropic Diffusion. 36
- Aperture Ghosting. 36
- Appearance Scanning. 36
- William Robson Schwartz:
Appearance-Based Human Detection. 36-38 - Bohyung Han:
Appearance-Based Human Tracking. 38-40 - Appearance-Based Pedestrian Detection. 40
- Articulated Pose Estimation. 40
- Sylvia C. Pont
:
Asperity Scattering. 40-42 - Automatic Gait Recognition. 42
- Automatic Scale Selection. 42
- Automatic White Balance (AWB). 42
- Backscattering. 43
- Manmohan Chandraker:
Bas-Relief Ambiguity. 43-46 - Behavior Understanding. 46
- Kristin J. Dana:
Bidirectional Texture Function and 3D Texture. 46-50 - Rajeev Ramanath, Mark S. Drew:
Blackbody Radiation. 50-52 - Blackbody Radiator. 52
- Tom E. Bishop, Paolo Favaro:
Blind Deconvolution. 52-57 - Yu-Wing Tai:
Blur Estimation. 57-59 - Blur Kernel Estimation. 59
- Body Configuration Recovery. 59
- Xiaofeng Ren:
Boundary Detection. 59-64 - Boundary Extraction. 64
- BRDF Measurement. 64
- BRDF Models. 64
- Calculus of Variations. 65
- Zhengyou Zhang:
Calibration. 65 - Peter F. Sturm:
Calibration of a Non-single Viewpoint System. 66-69 - Jun-Sik Kim:
Calibration of Multi-camera Setups. 69-72 - Zhengyou Zhang:
Calibration of Projective Cameras. 73-74 - Stephen Lin:
Calibration of Radiometric Falloff (Vignetting). 74-76 - Zhengyou Zhang:
Camera Calibration. 76-77 - Zhengyou Zhang:
Camera Extrinsic Parameters. 77 - Zhengyou Zhang:
Camera Model. 77-80 - Camera Parameters (Internal, External). 81
- Zhengyou Zhang:
Camera Parameters (Intrinsic, Extrinsic). 81-85 - Zhengyou Zhang:
Camera Pose. 85 - Camera Response Function. 85
- Camera-Shake Blur. 85
- Srikumar Ramalingam:
Catadioptric Camera. 85-89 - Catoptrics. 89
- Srikumar Ramalingam:
Center of Projection. 89-94 - Joseph L. Mundy:
Change Detection. 94-98 - Michael H. Brill:
Chromaticity. 98-100 - CIE Standard Illuminant. 100
- Clifford Algebra. 100
- Clipping. 100
- Cluster Sampling. 100
- Coefficient Rule. 100
- Cognitive Agent. 100
- David Vernon:
Cognitive System. 100-106 - David Vernon:
Cognitive Vision. 106-109 - Color Adaptation. 109
- Color Appearance Models. 109
- Color Balance. 109
- Marc Ebner:
Color Constancy. 109-116 - Color Difference. 116
- Color Discrepancy. 116
- Color Dissimilarity. 116
- Color Management. 116
- Shoji Tominaga:
Color Model. 116-120 - Takahiko Horiuchi, Shoji Tominaga:
Color Similarity. 121-123 - Rajeev Ramanath, Mark S. Drew:
Color Spaces. 123-132 - Color Specification Systems. 132
- Compressed Sensing. 132
- Aswin C. Sankaranarayanan, Richard G. Baraniuk:
Compressive Sensing. 132-136 - Yanxi Liu:
Computational Symmetry. 136-145 - Computer Vision. 145
- Computing Architectures for Machine Perception. 145
- Concept Languages. 145
- Concurrent Mapping and Localization (CML). 146
- Conditional Random Fields. 146
- Contour Detection. 146
- Convex Minimization. 146
- Cook-Torrance BRDF. 146
- Abhijeet Ghosh:
Cook-Torrance Model. 146-152 - Coplanarity Constraint. 152
- Michael Maire:
Corner Detection. 152-154 - Ying Nian Wu:
Cross Entropy. 154 - Takayuki Okatani:
Curvature. 154-159 - Curvedness. 159
- Curves. 159
- Jan J. Koenderink:
Curves in Euclidean Three-Space. 159-164 - Ying Nian Wu:
Data Augmentation. 165-166 - Ramanarayanan Viswanathan:
Data Fusion. 166-168 - Yu-Wing Tai:
Deblurring. 168-171 - Deconvolution. 171
- Neel Joshi:
Defocus Blur. 171-173 - Dehazing. 174
- Robby T. Tan:
Dehazing and Defogging. 174-177 - Francisco J. Estrada:
Denoising. 177-179 - Dense 3D Modeling. 179
- Christopher Zach:
Dense Reconstruction. 179-181 - Zhengyou Zhang:
Depth Distortion. 182-183 - Reinhard Koch:
Depth Estimation. 183-186 - Depth from Scattering. 186
- Depth Imaging. 186
- Tali Treibitz:
Descattering. 186-189 - Bernd Neumann:
Description Logics. 189-191 - Shoji Tominaga:
Dichromatic Reflection Model. 191-193 - Differential Geometry of Graph Spaces. 193
- Jan J. Koenderink:
Differential Geometry of Surfaces in Three-Dimensional Euclidean Space. 193-201 - Isaac Weiss:
Differential Invariants. 201-208 - Sanjeev J. Koppal:
Diffuse Reflectance. 208-210 - Diffuse Shading. 210
- Diffusely Scattered Reflectance. 210
- Diffusion. 210
- Thomas Brox:
Diffusion Filtering. 210-212 - Diffusion PDEs. 212
- Digital Matting. 212
- Peer Stelldinger, Longin Jan Latecki:
Digitization. 212-217 - Dimension Reduction. 218
- Dimensional Compression. 218
- Dimensional Embedding. 218
- Eisaku Maeda:
Dimensionality Reduction. 218-221