@string{CLVision20 = "Continual Learning in Computer Vision"}

@string{SDL-CV19 = "Statistical Deep Learning in Computer Vision"}

@string{DLGC21 = "Deep Learning for Geometric Computing"}

@string{DLGC20 = "Deep Learning for Geometric Computing"}

@string{VIPriors21 = "Visual Inductive Priors for Data-Efficient Deep Learning"}

@string{ECV21 = "Efficient Deep Learning for Computer Vision"}

@string{EDLCV20 = "Efficient Deep Learning for Computer Vision"}

@string{EfficientDeep18 = "Efficient Deep Learning for Computer Vision"}

@string{BiVision21 = "Binary Networks for Computer Vision"}

@string{NeruArch21 = "Neural Architects"}

@string{NeruArch19 = "Neural Architects"}

@string{DeepVisual16 = "Interpretation and Visualization of Deep Neural Nets"}

@string{CVIDL20 = ""}

@string{DeepLearnRV18 = "Deep Learning for Robotic Vision"}

@string{DeepLearnRV17 = "Deep Learning for Robotic Vision"}

@string{DeepLearnV14 = "Deep Learning on Visual Data"}

@string{DeepVision20 = "Deep Vision: Deep Learning in Computer Vision"}

@string{DeepLearn-G18 = "Deep Vision: Deep Learning in Computer Vision"}

@string{DeepLearn-G17 = "Deep Vision: Deep Learning in Computer Vision"}

@string{DeepLearn-T17 = "Deep Vision: Deep Learning in Computer Vision"}

@string{DeepLearn-C16 = "Deep Vision: Deep Learning in Computer Vision"}

@string{DeepLearn16 = "Deep Vision: Deep Learning in Computer Vision"}

@string{DeepLearn15 = "Deep Vision: Deep Learning in Computer Vision"}

@string{DeepLearn14 = "Deep Vision: Deep Learning in Computer Vision"}

@string{LCV05 = "IEEE Workshop on Learning in Computer Vision and Pattern Recognition"}

@string{LCV04 = "IEEE Workshop on Learning in Computer Vision and Pattern Recognition"}

@string{RSLCV21 = "Robust Subspace Learning and Applications in Computer Vision"}

@string{RSL-CV19 = "Robust Subspace Learning and Applications in Computer Vision"}

@string{RSL-CV17 = "Robust Subspace Learning and Applications in Computer Vision"}

@string{RSL-CV15 = "Robust Subspace Learning and Applications in Computer Vision"}

@string{Subspace10 = "Subspace Methods"}

@string{Subspace09 = "Subspace Methods"}

@string{LLID21 = "Learning From Limited or Imperfect Data"}

@string{VL3W20 = "Visual Learning With Limited Labels: Zero-Shot, Few-Shot,
Any-Shot, and Cross-Domain Few-Shot Learning"}

@string{CORSMAL20 = "CORSMAL Challenge: Multi-modal Fusion and Learning for Robotics"}

@string{CADK20 = "Computational Aspects of Deep Learning"}

@string{PBDL21 = "Physics Based Vision Meets Deep Learning"}

@string{PBDL19 = "Physics Based Vision Meets Deep Learning"}

@string{PBVDL17 = "Physics Based Vision Meets Deep Learning"}

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

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

@string{FSLCV14 = "Feature and Similarity Learning for Computer Vision"}

@string{MMDLCA20 = "Multi-modal Deep Learning: Challenges and Applications"}

@string{MULWS20 = "Multimodal Learning"}

@string{MULA21 = "Multimodal Learning and Applications Workshop"}

@string{MultLearnApp18 = "Multimodal Learning and Applications Workshop"}

@string{WTDDL20 = "Text and Documents in the Deep Learning Era"}

@string{StruCo3D21 = "Structural and Compositional Learning on 3D Data"}

@string{SEAI21 = "Simulation Technology for Embodied AI"}

@string{DeepMTL21 = "Deep Multi-Task Learning in Computer Vision"}

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

@string{L3DGM20 = "Learning 3D Generative Models"}

@string{MELEX21 = "More Exploration, Less Exploitation"}

@string{LCI21 = "Learning for Computational Imaging"}

@string{WACV22 = "WACV"}

@string{WACVW22 = "WACV"}

@string{WACV21 = "WACV"}

@string{WACVW21 = "WACV"}

@string{WACV20 = "WACV"}

@string{WACVWS20 = "WACV"}

@string{WACV19 = "WACV"}

@string{WACV18 = "WACV"}

@string{WACV17 = "WACV"}

@string{WACV16 = "WACV"}

@string{WACV15 = "WACV"}

@string{WACV14 = "WACV"}

@string{WACV13 = "WACV"}

@string{WACV12 = "WACV"}

@string{WACV11 = "WACV"}

@string{WACV09 = "WACV"}

@string{WACV08 = "WACV"}

@string{WACV07 = "WACV"}

@string{WACV05 = "WACV"}

@string{WACV02 = "WACV"}

@string{WACV00 = "WACV"}

@string{WACV98 = "WACV"}

@string{WACV96 = "WACV"}

@string{WACV94 = "WACV"}

@string{WACV92 = "WACV"}

@string{WAMV82 = "WACV"}

@string{CVS21 = "CVS"}

@string{CVS19 = "CVS"}

@string{CVS17 = "CVS"}

@string{CVS15 = "CVS"}

@string{CVS11 = "CVS"}

@string{CVS09 = "CVS"}

@string{CVS08 = "CVS"}

@string{CVS06 = "CVS"}

@string{CVS03 = "CVS"}

Last update:Jun 27, 2022 at 12:58:02