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

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 andreference instances. Second, we develop global and local relative regressors($\rho$-regressors) to predict $\rho$-ranks within entire and specific rankranges, respectively. Third, we refine an initial rank estimate iteratively byselecting two reference instances to form a search window and then estimatingthe $\rho$-rank within the window. Extensive experiments results show that theproposed algorithm achieves the state-of-the-art performances on variousbenchmark datasets for facial age estimation and historical color imageclassification. The codes are available at https://github.com/nhshin-mcl/MWR.
Code Repositories
Benchmarks
| Benchmark | Methodology | Metrics |
|---|---|---|
| age-and-gender-classification-on-adience-age | MWR | Accuracy (5-fold): 62.6 |
| age-estimation-on-cacd | MWR | MAE: 4.41 |
| age-estimation-on-chalearn-2015 | MWR | MAE: 2.95 |
| age-estimation-on-fgnet | MWR | MAE: 2.23 |
| age-estimation-on-morph-album2 | MWR | CS: 95.0 MAE: 2.00 |
| age-estimation-on-morph-album2-caucasian | MWR | MAE: 2.13 |
| age-estimation-on-utkface | MWR | MAE: 4.37 |
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