@string{Egocentric-C16 = "Workshop on Egocentric Vision"}

@string{Egocentric14 = "Workshop on Egocentric Vision"}

@string{Egocentric12 = "Workshop on Egocentric Vision"}

@string{Egocentric09 = "Workshop on Egocentric Vision"}

@string{MAI21 = "Mobile AI"}

@string{ManifLearn20 = "Manifold Learning, From Euclid to Riemann"}

@string{Manifold17 = "Manifold Learning, From Euclid to Riemann"}

@string{CEFRL19 = "Compact and Efficient Feature Representation and Learning in Computer Vision"}

@string{CEFR-LCV18 = "Compact and Efficient Feature Representation and Learning in Computer Vision"}

@string{CEFR-LCV17 = "Compact and Efficient Feature Representation and Learning in Computer Vision"}

@string{FeatureSpace09 = "Workshop on Feature Detectors and Descriptors: The State Of The Art and Beyond"}

@string{SIG11 = "International Workshop on Stochastic Image Grammars"}

@string{SIG09 = "International Workshop on Stochastic Image Grammars"}

@string{CVSports21 = "Computer Vision in Sports"}

@string{CVSports20 = "Computer Vision in Sports"}

@string{CVSports18 = "Computer Vision in Sports"}

@string{CVSports17 = "Computer Vision in Sports"}

@string{CVSports15 = "Computer Vision in Sports"}

@string{CVSports13 = "Computer Vision in Sports"}

@string{SUW13 = "Workshop on Scene Understanding"}

@string{Semantics3D19 = "ISPRS Workshop on Semantic Scene Analysis and 3D Reconstruction from Images and Image Sequences"}

@string{3DSemantics18 = "3D Reconstruction Meets Semantics"}

@string{3DSemantics17 = "3D Reconstruction Meets Semantics"}

@string{BeySem13 = "Visual Analysis Beyond Semantics"}

@string{VCL-ViSU09 = "Joint Workshop on Visual and Contextual Learning from Annotated Images and Videos, and Visual Scene Understanding"}

@string{NRTL07 = "Workshop on Non-rigid Registration and Tracking through Learning"}

@string{LNLA09 = "Local and Non-Local Approximation in Image Processing"}

@string{ICCP15 = "IEEE International Conference on Computational Photography"}

@string{ICCP14 = "IEEE International Conference on Computational Photography"}

@string{ICCP12 = "IEEE International Conference on Computational Photography"}

@string{ICCP11 = "IEEE International Conference on Computational Photography"}

@string{ICCP10 = "IEEE International Conference on Computational Photography"}

@string{ICCP09 = "IEEE International Conference on Computational Photography"}

@string{CCD18 = "Computational Cameras and Displays"}

@string{CCD17 = "Computational Cameras and Displays"}

@string{CCD16 = "Computational Cameras and Displays"}

@string{CCD15 = "Computational Cameras and Displays"}

@string{CCD14 = "Computational Cameras and Displays"}

@string{CCD13 = "Computational Cameras and Displays"}

@string{CCD12 = "Computational Cameras and Displays"}

@string{DevCen12 = "Workshop on Developer-Centred Computer Vision"}

@string{UG21 = "Bridging the Gap Between Computational Photography and
Visual Recognition"}

@string{UG20 = "Bridging the Gap Between Computational Photography and
Visual Recognition"}

@string{CLI19 = "Learning for Computational Imaging"}

@string{CompPhot12 = "Workshop on Computational Photography and Low-Level Vision"}

@string{CompPhot10 = "Workshop on Computational Photography and Aesthetics"}

@string{VISART14 = "Where Computer Vision Meets Art"}

@string{VISART12 = "Where Computer Vision Meets Art"}

@string{Global12 = "Higher-Order Models and Global Constraints in Computer Vision"}

@string{CVLBP14 = "International Workshop on Computer Vision with Local Binary Pattern Variants"}

@string{CVLBP12 = "International Workshop on Computer Vision with Local Binary Pattern Variants"}

@string{Assist16 = "Workshop on Assistive Vision"}

@string{ACVR19 = "International Workshop on Assistive Computer Vision and Robotics"}

@string{ACVR18 = "International Workshop on Assistive Computer Vision and Robotics"}

@string{ACVR17 = "International Workshop on Assistive Computer Vision and Robotics"}

@string{ACVR16 = "International Workshop on Assistive Computer Vision and Robotics"}

@string{ACVR15 = "International Workshop on Assistive Computer Vision and Robotics"}

@string{ACVR14 = "International Workshop on Assistive Computer Vision and Robotics"}

@string{ACVR13 = "International Workshop on Assistive Computer Vision and Robotics"}

@string{EAHSP13 = "International Workshop on Emerging Aspects on Handwritten Signature Processing"}

@string{AccBio13 = "Workshop on Computer Vision for Accelerated Bioscience"}

@string{PR-PS-BB13 = "International Workshop on Pattern Recognition in Proteomics, Structural Biology and Bioinformatics"}

@string{MPRSS20 = "Workshop on Multimodal Pattern Recognition for Social Signal Processing in Human Computer Interaction"}

@string{MIPPSNA18 = "Multimedia Information Processing for Personality and Social Networks Analysis Workshop"}

@string{SocialInter14 = "Computational Models for Social Interactions and Behavior"}

@string{SocialInter13 = "Decoding Subtle Cues from Social Interactions"}

@string{SBA13 = "International Workshop on Social Behaviour Analysis"}

@string{MVAB15 = "Machine Vision of Animals and their Behaviour Workshop"}

@string{Optimization11 = "Efficient Algorithms for Global Optimization Methods in Computer Vision"}

@string{MANPU20 = "International Workshop on coMics ANalysis, Processing and Understanding"}

@string{MANPU19 = "International Workshop on coMics ANalysis, Processing and Understanding"}

@string{TASKCV19 = "Transferring and Adapting Source Knowledge (TASK) in Computer Vision (CV)"}

@string{TASKCV18 = "Transferring and Adapting Source Knowledge (TASK) in Computer Vision (CV)"}

@string{TASKCV17 = "Transferring and Adapting Source Knowledge (TASK) in Computer Vision (CV)"}

@string{TASKCV16 = "Transferring and Adapting Source Knowledge (TASK) in Computer Vision (CV)"}

@string{TASKCV15 = "Transferring and Adapting Source Knowledge (TASK) in Computer Vision (CV)"}

@string{TASKCV14 = "Transferring and Adapting Source Knowledge (TASK) in Computer Vision (CV)"}

@string{Diff-CVML21 = "Diff-CVML: Differential Geometry in Computer Vision and Machine
Learning"}

@string{Diff-CVML20 = "Diff-CVML: Differential Geometry in Computer Vision and Machine
Learning"}

@string{Diff-CVML18 = "Diff-CVML: Differential Geometry in Computer Vision and Machine
Learning"}

@string{Diff-CVML17 = "Diff-CVML: Differential Geometry in Computer Vision and Machine
Learning"}

@string{DIFF-CV16 = "DIFFerential Geometry in Computer Vision for Analysis of Shapes, Images and Trajectories"}

@string{DIFF-CV15 = "DIFFerential Geometry in Computer Vision for Analysis of Shapes, Images and Trajectories"}

@string{HyperMLPA19 = "ISPRS Workshop Hyperspectral Sensing Meets Machine Learning and Pattern Analysis"}

@string{SARCon19 = "ISPRS Workshop SAR Con"}

@string{HISP16 = "Hyperspectral Image and Signal Processing"}

@string{GeoHyper15 = "ISPRS Symposium Geo Hyperspectral Imagery"}

@string{GeoVIS15 = "ISPRS Symposium Geo Visualization"}

@string{GeoBigData15 = "ISPRS Symposium Geo Big Data"}

@string{RLQ19 = "Real-World Recognition from Low-Quality Images and Videos "}

@string{3D-Wild19 = "3D Reconstruction in the Wild"}

@string{3D-Wild18 = "3D Reconstruction in the Wild"}

@string{Symmetry17 = "Detecting Symmetry in the Wild"}

@string{CogCV17 = "Mutual Benefits of Cognitive and Computer Vision"}

@string{VAS20 = "Vision for All Seasons: Adverse Weather and Lighting Conditions"}

@string{IMW21 = "Image Matching: Local Features and Beyond"}

@string{IMW20 = "Image Matching: Local Features and Beyond"}

@string{Precognition21 = "Precognition: Seeing Through the Future"}

@string{Precognition20 = "Precognition: Seeing Through the Future"}

@string{SGRL19 = "Scene Graph Representation and Learning"}

Last update:Sep 19, 2021 at 21:11:01