Judy Hoffman

Stanford, Computer Vision Postdoctoral Researcher

Some code packages implementing my recent papers. Questions? Contact me jhoffman _at_ eecs.berkeley.edu.

Package Description Dependencies
LSDA Large scale detection through adaptation. A model that adapts classification models into detectors. Release of a >7.5K category detector. (Hoffman NIPS`14) Caffe
Caffe Caffe is a sofeware package for training, finetuning, and evaluating CNNs for classification and detection. A faster and more flexible version of DeCAF. -
CMA Continuous manifold based unsupervised adaptation. Applied to two new datasets available on project page. (Hoffman CVPR`14) -
DeCAF DeCAF is a deep learning based feature (Donahue ICML`14). Check out the live demo here. -
LS-MMDT Faster implementation of MMDT which is integrated with a liblinear base package. This version should be used for large scale data sets. Makes use of the optimization algorithm presented at ICCV and NIPS recently (Rodner ICCV`13). -
MMDT Learns a category invariant transformation using max-margin constraints. Faster and better performance than da-transforms (Hoffman ICLR`13). liblinear-weights, arc-t
Domain Discovery Uses category constraints to automatically separate a heterogenous dataset into cohesive domains (Hoffman ECCV`12). libsvm, arc-t
ARC-t Learns a category invariant transform using similarity constraints. (Saenko ECCV`10, Kulis CVPR`11) -