notesum.ai
Published at December 5LossVal: Efficient Data Valuation for Neural Networks
cs.LG
Released Date: December 5, 2024
Authors: Tim Wibiral1, Mohamed Karim Belaid2, Maximilian Rabus2, Ansgar Scherp1
Aff.: 1Ulm University; 2Dr. Ing. h.c. F. Porsche AG Stuttgart

| Noisy Labels | Noisy Features | Mixed Noise | Overall Average | ||
| Classification | AME | 0.074.005 | 0.069.005 | 0.069.005 | 0.071.003 |
| Beta Shapley | 0.212.003 | 0.191.003 | 0.198.003 | 0.201.002 | |
| DVRL | 0.226.005 | 0.187.003 | 0.208.004 | 0.207.002 | |
| Data Banzhaf | 0.184.004 | 0.162.004 | 0.171.004 | 0.172.002 | |
| Data-OOB | 0.244.005 | 0.186.003 | 0.216.003 | 0.215.002 | |
| Data Shapley | 0.212.003 | 0.191.003 | 0.198.003 | 0.200.002 | |
| Influence Subsample | 0.184.004 | 0.161.004 | 0.170.004 | 0.171.002 | |
| KNN-Shapley | 0.355.006 | 0.250.005 | 0.298.005 | 0.301.003 | |
| LAVA | 0.099.004 | 0.329.012 | 0.220.008 | 0.216.005 | |
| Leave-One-Out | 0.173.004 | 0.150.004 | 0.166.004 | 0.163.003 | |
| LossVal (epochs=5) | 0.445.007 | 0.213.003 | 0.332.005 | 0.330.004 | |
| LossVal (epochs=30) | 0.544.008 | 0.204.004 | 0.371.005 | 0.373.005 | |
| Regression | AME | 0.002.000 | 0.002.000 | 0.002.000 | 0.002.000 |
| Beta Shapley | 0.002.000 | 0.002.000 | 0.002.000 | 0.002.000 | |
| DVRL | 0.247.007 | 0.198.004 | 0.218.005 | 0.221.003 | |
| Data Banzhaf | 0.002.000 | 0.002.000 | 0.002.000 | 0.002.000 | |
| Data-OOB | 0.002.000 | 0.002.000 | 0.002.000 | 0.002.000 | |
| Data Shapley | 0.002.000 | 0.002.000 | 0.002.000 | 0.002.000 | |
| Influence Subsample | 0.002.000 | 0.002.000 | 0.002.000 | 0.002.000 | |
| KNN-Shapley | 0.154.008 | 0.111.005 | 0.132.006 | 0.132.004 | |
| LAVA | 0.127.004 | 0.415.012 | 0.255.008 | 0.265.006 | |
| Leave-One-Out | 0.002.000 | 0.002.000 | 0.002.000 | 0.002.000 | |
| LossVal (epochs=5) | 0.380.007 | 0.274.005 | 0.330.006 | 0.328.004 | |
| LossVal (epochs=30) | 0.464.008 | 0.256.006 | 0.354.006 | 0.358.004 |