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Papers/Moving Window Regression: A Novel Approach to Ordinal Regr...

Moving Window Regression: A Novel Approach to Ordinal Regression

Nyeong-Ho Shin, Seon-Ho Lee, Chang-Su Kim

2022-03-24CVPR 2022 1Image ClassificationregressionAge EstimationAge And Gender Classification
PaperPDFCode(official)

Abstract

A novel ordinal regression algorithm, called moving window regression (MWR), is proposed in this paper. First, we propose the notion of relative rank ($\rho$-rank), which is a new order representation scheme for input and reference instances. Second, we develop global and local relative regressors ($\rho$-regressors) to predict $\rho$-ranks within entire and specific rank ranges, respectively. Third, we refine an initial rank estimate iteratively by selecting two reference instances to form a search window and then estimating the $\rho$-rank within the window. Extensive experiments results show that the proposed algorithm achieves the state-of-the-art performances on various benchmark datasets for facial age estimation and historical color image classification. The codes are available at https://github.com/nhshin-mcl/MWR.

Results

TaskDatasetMetricValueModel
Facial Recognition and ModellingMORPH album2 (Caucasian)MAE2.13MWR
Facial Recognition and ModellingChaLearn 2015MAE2.95MWR
Facial Recognition and ModellingUTKFaceMAE4.37MWR
Facial Recognition and ModellingFGNETMAE2.23MWR
Facial Recognition and ModellingCACDMAE4.41MWR
Facial Recognition and ModellingMORPH Album2CS95MWR
Facial Recognition and ModellingMORPH Album2MAE2MWR
Facial Recognition and ModellingAdience AgeAccuracy (5-fold)62.6MWR
Face ReconstructionMORPH album2 (Caucasian)MAE2.13MWR
Face ReconstructionChaLearn 2015MAE2.95MWR
Face ReconstructionUTKFaceMAE4.37MWR
Face ReconstructionFGNETMAE2.23MWR
Face ReconstructionCACDMAE4.41MWR
Face ReconstructionMORPH Album2CS95MWR
Face ReconstructionMORPH Album2MAE2MWR
Face ReconstructionAdience AgeAccuracy (5-fold)62.6MWR
3DMORPH album2 (Caucasian)MAE2.13MWR
3DChaLearn 2015MAE2.95MWR
3DUTKFaceMAE4.37MWR
3DFGNETMAE2.23MWR
3DCACDMAE4.41MWR
3DMORPH Album2CS95MWR
3DMORPH Album2MAE2MWR
3DAdience AgeAccuracy (5-fold)62.6MWR
3D Face ModellingMORPH album2 (Caucasian)MAE2.13MWR
3D Face ModellingChaLearn 2015MAE2.95MWR
3D Face ModellingUTKFaceMAE4.37MWR
3D Face ModellingFGNETMAE2.23MWR
3D Face ModellingCACDMAE4.41MWR
3D Face ModellingMORPH Album2CS95MWR
3D Face ModellingMORPH Album2MAE2MWR
3D Face ModellingAdience AgeAccuracy (5-fold)62.6MWR
3D Face ReconstructionMORPH album2 (Caucasian)MAE2.13MWR
3D Face ReconstructionChaLearn 2015MAE2.95MWR
3D Face ReconstructionUTKFaceMAE4.37MWR
3D Face ReconstructionFGNETMAE2.23MWR
3D Face ReconstructionCACDMAE4.41MWR
3D Face ReconstructionMORPH Album2CS95MWR
3D Face ReconstructionMORPH Album2MAE2MWR
3D Face ReconstructionAdience AgeAccuracy (5-fold)62.6MWR
Age EstimationMORPH album2 (Caucasian)MAE2.13MWR
Age EstimationChaLearn 2015MAE2.95MWR
Age EstimationUTKFaceMAE4.37MWR
Age EstimationFGNETMAE2.23MWR
Age EstimationCACDMAE4.41MWR
Age EstimationMORPH Album2CS95MWR
Age EstimationMORPH Album2MAE2MWR
Age And Gender ClassificationAdience AgeAccuracy (5-fold)62.6MWR

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