3260 papers • 126 benchmarks • 313 datasets
Facial attribute classification is the task of classifying various attributes of a facial image - e.g. whether someone has a beard, is wearing a hat, and so on. ( Image credit: Multi-task Learning of Cascaded CNN for Facial Attribute Classification )
(Image credit: Papersgraph)
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A novel face image dataset is constructed, containing 108,501 images, with an emphasis of balanced race composition in the dataset, and it is found that the model trained from the dataset is substantially more accurate on novel datasets and the accuracy is consistent between race and gender groups.
A novel deep learning framework for attribute prediction in the wild that cascades two CNNs, LNet and ANet, which are fine-tuned jointly with attribute tags, but pre-trained differently.
This work intentionally train the first network to be biased by repeatedly amplifying its ''prejudice'', and debias the training of the second network by focusing on samples that go against the prejudice of the biased network in (a).
Adversarial Information Factorization provides a robust batch-effect correction method that does not rely on prior knowledge of the cell types nor a specific normalization strategy while being adapted to any downstream analysis task, and best preserves the relative gene expression between cell types, yielding superior differential expression analysis results.
These experimental results demonstrate the performance advantages and model scalability of the proposed batch-wise incremental minority class rectification model over the existing state-of-the-art models for addressing the problem of imbalanced data learning.
This paper analyzes unfairness caused by supervised contrastive learning and proposes a new Fair Supervised Contrastive Loss (FSCL) for fair visual representation learning, which significantly outperforms SupCon and existing state-of-the-art methods in terms of the trade-off between top-l accuracy and fairness.
Inspired by the remarkable success of pre-training language models in NLP, Label2Label introduces an image-conditioned masked language model, which randomly masks some of the"word"tokens from the label"sentence"and aims to recover them based on the masked"sentENCE"and the context conveyed by image features.
This work proposes Debiasing Alternate Networks (DebiAN), which comprises two networks -- a Discoverer and a Classifier, and conducts extensive experiments on real-world datasets, showing that the discoverer in DebiAN can identify unknown biases that may be hard to be found by humans.
A Debiased Contrastive Weight Pruning algorithm is proposed, which probes unbiased subnetworks without expensive group annotations and elucidates the importance of bias-conflicting samples on structure learning.
A new method which combines part-based models and deep learning by training pose-normalized CNNs for inferring human attributes from images of people under large variation of viewpoint, pose, appearance, articulation and occlusion is proposed.
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