HyperAIHyperAI

Command Palette

Search for a command to run...

a month ago

Transferring Rich Deep Features for Facial Beauty Prediction

Xu Lu Xiang Jinhai Yuan Xiaohui

Transferring Rich Deep Features for Facial Beauty Prediction

Abstract

Feature extraction plays a significant part in computer vision tasks. In thispaper, we propose a method which transfers rich deep features from a pretrainedmodel on face verification task and feeds the features into Bayesian ridgeregression algorithm for facial beauty prediction. We leverage the deep neuralnetworks that extracts more abstract features from stacked layers. Throughsimple but effective feature fusion strategy, our method achieves improved orcomparable performance on SCUT-FBP dataset and ECCV HotOrNot dataset. Ourexperiments demonstrate the effectiveness of the proposed method and clarifythe inner interpretability of facial beauty perception.

Code Repositories

lucasxlu/TransFBP
Official
tf
Mentioned in GitHub

Benchmarks

BenchmarkMethodologyMetrics
facial-beauty-prediction-on-eccv-hotornotCNN features + Bayesian ridge regression
Pearson Correlation: 0.468
facial-beauty-prediction-on-scut-fbpCNN features + Bayesian ridge regression
MAE: 0.2595

Build AI with AI

From idea to launch — accelerate your AI development with free AI co-coding, out-of-the-box environment and best price of GPUs.

AI Co-coding
Ready-to-use GPUs
Best Pricing
Get Started

Hyper Newsletters

Subscribe to our latest updates
We will deliver the latest updates of the week to your inbox at nine o'clock every Monday morning
Powered by MailChimp
Transferring Rich Deep Features for Facial Beauty Prediction | Papers | HyperAI