3260 papers • 126 benchmarks • 313 datasets
Facial beauty prediction is the task of predicting the attractiveness of a face. ( Image credit: SCUT-FBP5500: A Diverse Benchmark Dataset for Multi-Paradigm Facial Beauty Prediction )
(Image credit: Papersgraph)
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It is argued that FBP is a multi-paradigm computation problem, and a new diverse benchmark dataset, called SCUT-FBP5500, is proposed to achieve multi-Paradigm facial beauty prediction.
A method is proposed which transfers rich deep features from a pretrained model on face verification task and feeds the features into Bayesian ridge regression algorithm for facial beauty prediction and achieves improved or comparable performance on SCUT-FBP dataset and ECCV HotOrNot dataset.
A novel MetaFBP framework is proposed, in which a universal feature extractor is devised to capture the aesthetic commonality and then optimized to adapt the aesthetic individuality by shifting the decision boundary of the predictor via a meta-learning mechanism.
The issue of FBP in real-life scenario is addressed and a multi-ethnic facial beauty dataset, namely MEBeauty, is introduced and the evaluation of knowledge learning from the face recognition task across FBP is conducted.
Facial Beauty Prediction (FBP) is a computer vision task of quantifying the beauty of a face. Several solutions to this problem have benefitted immensely from the recent developments in deep learning. However, the majority of current methods train machine learning models to purely predict mean beauty scores, treating FBP solely as a regression task. In addition, deep learning based FBP approaches so far use transfer learning from models trained on general classification tasks such as ImageNet. We propose fine-tuning an ensemble of convolutional neural network (CNN) models originally trained on face verification tasks using a variety of loss functions such as Earth Mover's Distance (EMD) based loss. With this approach, our method can predict the entire beauty score distribution rather than just the mean, and the predicted mean scores have a higher Pearson Correlation (PC) compared to the ground truth scores. This method achieves state of the art results on the MEBeauty dataset in terms of mean absolute error, root mean squared error and PC between the predicted and the ground truth mean scores.
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