- Keywords: whole-slide-image, domain adaptation, classification, deep learning.
- TL;DR: A domain adaptation solution to WSI classfication
- Abstract: Image classification on whole-slide-image (WSI) is a challenging task. A previous work based on Fisher vector encoding provided a novel end-to-end pipeline with promising accuracy and computational efficiency. However, this pipeline suffers from an accuracy drop when deployed to another dataset to perform the same task. This poses a limitation on the practical use of the pipeline especially when the diagnoses of WSIs are hard to obtain. This paper aims at providing a solution to mitigate the accuracy drop by using an unsupervised domain adaptation approach. We propose to insert the domain classifiers into the pipeline in two stages to align the features during training. We evaluate accuracy by calculating the confusion matrices before and after the adaptation on two datasets. We demonstrate that placing domain classifiers in different stages will boost accuracy.
- Paper Type: methodological development
- Source Latex: zip
- Primary Subject Area: Transfer Learning and Domain Adaptation
- Secondary Subject Area: Detection and Diagnosis
- Paper Status: original work, not submitted yet
- Source Code Url: https://github.com/yuchen2580/double_adaptation_WSI
- Data Set Url: For the target dataset, we use the data from warwick contest: https://warwick.ac.uk/fac/cross_fac/tia/data/her2contest/ The source dataset is from Alberta CCI which is not released to the public at this moment and awaiting approvals.
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