VDADB 2013 - The 1st International Workshop on Visual Domain Adaptation and Dataset Bias
Topics/Call fo Papers
VisDA 2013 solicits original contributions on all topics related to visual dataset bias and visual domain adaptation, with special interests in:
(1) Fundamental studies on visual dataset bias and domain shifts. Physical and statistical characterizations of dataset bias and domain shifts; measuring distribution mismatch and generalization bounds for visual data; visual-prior-guided learning; integration of physical and statistical models.
(2) Novel paradigms accounting for various cross-domain constraints. Feature co-occurrences between domains; semi-supervised and unsupervised adaptations; category and instance level constraints; heterogeneous domains; multiple source domains; transferring unseen categories; negative transfer.
(3) Adapting vision-specific representations and models. Adapting detection, segmentation, reconstruction, and tracking algorithms to new domains; adapting representations of imaging processes, shape and deformations, pictorial structure and graphs, random fields, and visual dynamics to new domains.
(4) Efficient adapting large-scale visual data. Scalable algorithms for adaptation between large datasets, incremental adaptation.
(5) Development of rigorous multi-domain datasets, challenges, and evaluation paradigms.
(1) Fundamental studies on visual dataset bias and domain shifts. Physical and statistical characterizations of dataset bias and domain shifts; measuring distribution mismatch and generalization bounds for visual data; visual-prior-guided learning; integration of physical and statistical models.
(2) Novel paradigms accounting for various cross-domain constraints. Feature co-occurrences between domains; semi-supervised and unsupervised adaptations; category and instance level constraints; heterogeneous domains; multiple source domains; transferring unseen categories; negative transfer.
(3) Adapting vision-specific representations and models. Adapting detection, segmentation, reconstruction, and tracking algorithms to new domains; adapting representations of imaging processes, shape and deformations, pictorial structure and graphs, random fields, and visual dynamics to new domains.
(4) Efficient adapting large-scale visual data. Scalable algorithms for adaptation between large datasets, incremental adaptation.
(5) Development of rigorous multi-domain datasets, challenges, and evaluation paradigms.
Other CFPs
- The First International Workshop on Action Recognition with Large Number of Classes
- The 1st IEEE Workshop on Large Scale Visual Commerce
- 300 Faces in-the-Wild Challenge (300-W)
- 2nd International Workshop on Large-Scale Video Search and Mining (LSVSM)
- 2nd International Workshop on Dynamic Shape Capture and Analysis (4DMOD)
Last modified: 2013-07-28 14:34:00