@string{MCV15 = "Medical Computer Vision"}

@string{MCV14 = "Medical Computer Vision"}

@string{MCV13 = "Medical Computer Vision"}

@string{MCVM12 = "Medical Computer Vision"}

@string{MCV12 = "Medical Computer Vision"}

@string{MCV10 = "Medical Computer Vision"}

@string{WBIR20 = "Workshop on Biomedical Image Registration"}

@string{WBIR18 = "Workshop on Biomedical Image Registration"}

@string{WBIR16 = "Workshop on Biomedical Image Registration"}

@string{WBIR14 = "Workshop on Biomedical Image Registration"}

@string{WBIR12 = "Workshop on Biomedical Image Registration"}

@string{WBIR10 = "Workshop on Biomedical Image Registration"}

@string{WBIR06 = "Workshop on Biomedical Image Registration"}

@string{BioImage22 = "BioImage Computing Workshop"}

@string{BioImage16 = "BioImage Computing Workshop"}

@string{BioImage15 = "BioImage Computing Workshop"}

@string{CVBioInfo05 = "Workshop on Computer Vision Methods for Bioinformatics"}

@string{CVPM21 = "Computer Vision for Physiological Measurement"}

@string{CVPM19 = "Computer Vision for Physiological Measurement"}

@string{FIMH21 = "Functional Imaging and Modeling of the Heart"}

@string{FIMH19 = "Functional Imaging and Modeling of the Heart"}

@string{FIMH17 = "Functional Imaging and Modeling of the Heart"}

@string{FIMH15 = "Functional Imaging and Modeling of the Heart"}

@string{FIMH11 = "Functional Imaging and Modeling of the Heart"}

@string{FIMH07 = "Functional Imaging and Modeling of the Heart"}

@string{IPMedI93 = "International Conference on Image Processing in Medical Imaging"}

@string{IPMedI92 = "International Conference on Image Processing in Medical Imaging"}

@article{bb2627,
        AUTHOR = "Taylor, C.J. and Noble, J.A.",
        TITLE = "Special Section: Selection of Papers From IPMI 2003",
        JOURNAL = MedImg,
        VOLUME = "23",
        YEAR = "2004",
        NUMBER = "8",
        MONTH = "August",
        PAGES = "929-929",
        BIBSOURCE = "http://www.visionbib.com/bibliography/journal-list22.html#TT1317"}

@string{CVAMIA06 = "Computer Vision Approaches to Medical Image Analysis"}

@string{RePSS21 = "Remote Physiological Signal Sensing"}

@string{V4V21 = "Vision for Vitals"}

@string{EnhanceMedIm24 = "Data Curation and Augmentation in Enhancing Medical Imaging Applications"}

@string{DEF-AI-MIA24 = "Domain adaptation, Explainability and Fairness in AI for Medical Image Analysis"}

@string{Drug25 = "Computer Vision for Drug Discovery Where Are We and What is Beyond?"}

@string{IML20 = "International Workshop on Industrial Machine Learning"}

@string{SelfLearn22 = "Self-supervised Learning: What Is Next?"}

@string{SelfLearnDrive22 = "Self-supervised Learning for Next-Generation Industry-Level Autonomous Driving"}

@string{MLCSA22 = "Machine Learning and Computing for Visual Semantic Analysis"}

@string{MLCSA20 = "Machine Learning and Computing for Visual Semantic Analysis"}

@string{OLCV10 = "Online Learning for Computer Vision Workshop"}

@string{Learning09 = "Online Learning for Computer Vision Workshop"}

@string{Learning08 = "Online Learning for Computer Vision Workshop"}

@string{Learning07 = "Online Learning for Computer Vision Workshop"}

@string{MDALC19 = "Multi-Discipline Approach for Learning Concepts"}

@string{SketchDL22 = "Sketch-Oriented Deep Learning"}

@string{SketchDL21 = "Sketch-Oriented Deep Learning"}

@string{GMDL19 = "Geometry Meets Deep Learning, Deep Vision: Deep Learning in Computer Vision"}

@string{BrainDriven18 = "Geometry Meets Deep Learning, Deep Vision: Deep Learning in Computer Vision"}

@string{DLPR20 = "Deep Learning for Pattern Recognition"}

@string{REDLCV23 = "Resource Efficient Deep Learning for Computer Vision"}

@string{EDL-AI20 = "Explainable Deep Learning/AI"}

@string{CroMoL19 = "Cross-Modal Learning in Real World"}

@string{VOCVALC24 = "VOCVALC: Visual Odometry and Computer Vision Applications Based on Location Clues - With a Focus on Mobile Platform Applications"}

@string{VOCVALC23 = "VOCVALC: Visual Odometry and Computer Vision Applications Based on Location Clues - With a Focus on Mobile Platform Applications"}

@string{VOCVALC22 = "VOCVALC: Visual Odometry and Computer Vision Applications Based on Location Clues - With a Focus on Mobile Platform Applications"}

@string{VOCVALC21 = "VOCVALC: Visual Odometry and Computer Vision Applications Based on Location Clues - With a Focus on Mobile Platform Applications"}

@string{VisualSLAM20 = "VisualSLAM: Long Term Visual Localization, Visual Odometry and Geometric and Learning-Based SLAM"}

@string{DeepSLAM19 = "Deep Learning for Visual SLAM"}

@string{DeepSLAM18 = "Deep Learning for Visual SLAM"}

@string{VCL23 = "Visual Continual Learning"}

@string{CLVision24 = "Continual Learning in Computer Vision"}

@string{CLVision23 = "Continual Learning in Computer Vision"}

@string{CLVision22 = "Continual Learning in Computer Vision"}

@string{CLVision21 = "Continual Learning in Computer Vision"}

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

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

@string{DLGC24 = "Deep Learning for Geometric Computing"}

@string{DLGC23 = "Deep Learning for Geometric Computing"}

@string{DLGC22 = "Deep Learning for Geometric Computing"}

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

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

@string{VIPriors23 = "Visual Inductive Priors for Data-Efficient Deep Learning"}

@string{VIPriors22 = "Visual Inductive Priors for Data-Efficient Deep Learning"}

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

@string{FedVision25 = "Federated Learning for Computer Vision"}

@string{FedVision24 = "Federated Learning for Computer Vision"}

@string{FedVision23 = "Federated Learning for Computer Vision"}

@string{FedVision22 = "Federated Learning for Computer Vision"}

@string{ECV24 = "Efficient Deep Learning for Computer Vision"}

@string{ECV23 = "Efficient Deep Learning for Computer Vision"}

@string{ECV22 = "Efficient Deep Learning for Computer Vision"}

@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{NAS24 = "Neural Architecture Search: Lightweight NAS Challenge (NAS)"}

@string{NAS23 = "Neural Architecture Search: Lightweight NAS Challenge (NAS)"}

@string{NAS22 = "Neural Architecture Search: Lightweight NAS Challenge (NAS)"}

@string{NeruArch21 = "Neural Architects"}

@string{NeruArch19 = "Neural Architects"}

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

@string{CVIDL23 = "International Conference on Computer Vision, Image and Deep Learning"}

@string{CVIDL20 = "International Conference on Computer Vision, Image and Deep Learning"}

@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"}