Multi-Objective Optimization on RE33
-0.808Log Hypervolume DifferenceGaussianPSL
Evaluation results
| Method | Links | ||
|---|---|---|---|
| GaussianPSLScalarization Loss=MTCH2025.09 | -0.808 | — | |
| GaussianPSLScalarization Loss=HV2025.09 | -0.035 | — | |
| GaussianPSLScalarization Loss=TCH2025.09 | 0.655 | — | |
| GaussianPSLScalarization Loss=LS2025.09 | 1.447 | — | |
| SVH-PSL2025.09 | 1.901 | — | |
| EPSScalarization Loss=COSMOS2025.09 | 2.114 | — | |
| PSLScalarization Loss=MTCH2025.09 | 2.451 | — | |
| PSLScalarization Loss=COSMOS2025.09 | 2.588 | — | |
| GaussianPSLScalarization Loss=COSMOS2025.09 | 2.916 | — | |
| EPSScalarization Loss=MTCH2025.09 | 3.019 | — | |
| PSLScalarization Loss=TCH2025.09 | 3.197 | — | |
| PSLScalarization Loss=HV2025.09 | 3.234 | — | |
| EPSScalarization Loss=TCH2025.09 | 3.238 | — | |
| PSLScalarization Loss=LS2025.09 | 3.253 | — | |
| EPSScalarization Loss=LS2025.09 | 3.284 | — | |
| EPSScalarization Loss=HV2025.09 | 3.778 | — |