@string{ECVW11 = "Embedded Computer Vision"}

@string{ECVW10 = "Embedded Computer Vision"}

@string{EmbedCV09 = "Embedded Computer Vision"}

@string{EmbedCV08 = "Embedded Computer Vision"}

@string{EmbedCV07 = "Embedded Computer Vision"}

@string{EmbedCV06 = "Embedded Computer Vision"}

@string{EmbedCV05 = "Embedded Computer Vision"}

@string{ERCVAD21 = "Embedded and Real-World Computer Vision in Autonomous Driving"}

@string{CTIC19 = "Computational Topology in Image Context"}

@string{CTIC16 = "Computational Topology in Image Context"}

@string{CTIC12 = "Computational Topology in Image Context"}

@string{TAG-PRA23 = "Topology, Algebra, and Geometry in Computer Vision"}

@string{TAG-CV21 = "Topology, Algebra, and Geometry in Computer Vision"}

@string{SCTV01 = "Workshop on Statistical and Computational Theories of Vision"}

@string{SCTV99 = "Workshop on Statistical and Computational Theories of Vision"}

@string{MSCSAS07 = "Multimodal Sentient Computing: Sensors, Algorithms, and Systems"}

@string{ComputationalApp22 = "Applications of Computational Imaging"}

@string{OMNIVIS11 = "OMNIVIS"}

@string{OMNIVIS09 = "OMNIVIS"}

@string{OMNIVIS08 = "OMNIVIS"}

@string{OMNIVIS07 = "OMNIVIS"}

@string{OMNIVIS04 = "OMNIVIS"}

@string{OMNIVIS02 = "OMNIVIS"}

@string{OMNIVIS00 = "OMNIVIS"}

@string{OmniCV24 = "Omnidirectional Computer Vision in Research and Industry"}

@string{OmniCV23 = "Omnidirectional Computer Vision in Research and Industry"}

@string{OmniCV22 = "Omnidirectional Computer Vision in Research and Industry"}

@string{OmniCV21 = "Omnidirectional Computer Vision in Research and Industry"}

@string{OmniCV20 = "Omnidirectional Computer Vision in Research and Industry"}

@string{POCV18 = "Workshop on Perceptual Organization in Computer Vision"}

@string{POCV12 = "Workshop on Perceptual Organization in Computer Vision"}

@string{POCV10 = "Workshop on Perceptual Organization in Computer Vision"}

@string{PercOrg06 = "Workshop on Perceptual Organization in Computer Vision"}

@string{PercOrg04 = "Workshop on Perceptual Organization in Computer Vision"}

@string{PercOrg01 = "Workshop on Perceptual Organization in Computer Vision"}

@string{RANSAC06 = "25 Years of RANSAC"}

@string{CVGPU11 = "Computer Vision on GPU"}

@string{CVGPU08 = "Computer Vision on GPU"}

@string{IWMV14 = "International Workshop on Mobile Vision"}

@string{IWMV13 = "International Workshop on Mobile Vision"}

@string{IWMV12 = "International Workshop on Mobile Vision"}

@string{IWMV11 = "International Workshop on Mobile Vision"}

@string{IWMV10 = "International Workshop on Mobile Vision"}

@string{VisLoc08 = "Visual Localization for Mobile Platforms"}

@string{InterNet09 = "Internet Vision"}

@string{InterNet08 = "Internet Vision"}

@string{WVU08 = "Worktorial on Vision of the Unseen"}

@string{Matrix-Tensor17 = "Matrix and Tensor Factorization Methods in Computer Vision"}

@string{Tensor17 = "Tensors Methods in Computer Vision"}

@string{Tensor08 = "Tensors in Image Processing and Computer Vision"}

@string{NORDIA14 = "Workshop on Non-Rigid Shape Analysis and Deformable Image Alignment"}

@string{NORDIA12 = "Workshop on Non-Rigid Shape Analysis and Deformable Image Alignment"}

@string{NORDIA11 = "Workshop on Non-Rigid Shape Analysis and Deformable Image Alignment"}

@string{NORDIA10 = "Workshop on Non-Rigid Shape Analysis and Deformable Image Alignment"}

@string{NORDIA09 = "Workshop on Non-Rigid Shape Analysis and Deformable Image Alignment"}

@string{NORDIA08 = "Workshop on Non-Rigid Shape Analysis and Deformable Image Alignment"}

@string{TOF-CV08 = "Time of Flight Camera based Computer Vision"}

@string{VCV94 = "Workshop on Visualization and Computer Vision"}

@string{HBU19 = "Human Behavior Understanding"}

@string{HBU18 = "Human Behavior Understanding"}

@string{HBU16 = "Human Behavior Understanding"}

@string{HBU15 = "Human Behavior Understanding"}

@string{HBU14 = "Human Behavior Understanding"}

@string{HBAxSCES22 = "Human Behaviour Analysis for Smart City Environment Safety"}

@string{MMVRA21 = "Multi-Modal Video Reasoning and Analyzing"}

@string{VAAM14 = "Video Analytics for Audience Measurement"}

@string{CVPR4HB11 = "CVPR for Human Communicative Behavior Analysis"}

@string{CVPR4HB09 = "CVPR for Human Communicative Behavior Analysis"}

@string{CVPR4HB08 = "CVPR for Human Communicative Behavior Analysis"}

@string{VNBA08 = "Workshop on Vision Networks for Behavior Analysis"}

@string{WVB94 = "Workshop on Visual Behaviors"}

@string{WQV93 = "Workshop on Qualitative Vision"}

@string{AnticipateBeh18 = "Anticipating Human Behavior"}

@string{ACIVS20 = "ACIVS"}

@string{ACIVS18 = "ACIVS"}

@string{ACIVS17 = "ACIVS"}

@string{ACIVS16 = "ACIVS"}

@string{ACIVS13 = "ACIVS"}

@string{ACIVS12 = "ACIVS"}

@string{ACIVS11 = "ACIVS"}

@string{ACIVS10 = "ACIVS"}

@string{ACIVS09 = "ACIVS"}

@string{ACIVS08 = "ACIVS"}

@string{ACIVS07 = "ACIVS"}

@string{ACIVS06 = "ACIVS"}

@string{Emergent09 = "Emergent Issues in Large Amounts of Visual Data"}

@string{GMCV14 = "Graphical Models in Computer Vision"}

@string{GMSU13 = "Graphical Models for Scene Understanding: Challenges and Perspectives"}

@string{PGMs13 = "Inference for Probabilistic Graphical Models"}

@string{ETVC08 = "Emerging Trends in Visual Computing"}

@string{ISVC21 = "Advances in Visual Computing"}

@string{ISVC20 = "Advances in Visual Computing"}

@string{ISVC18 = "Advances in Visual Computing"}

@string{ISVC16 = "Advances in Visual Computing"}

@string{ISVC15 = "Advances in Visual Computing"}

@string{ISVC14 = "Advances in Visual Computing"}

@string{ISVC13 = "Advances in Visual Computing"}

@string{ISVC12 = "Advances in Visual Computing"}

@string{ISVC11 = "Advances in Visual Computing"}

@string{ISVC10 = "Advances in Visual Computing"}