Multi-Objective Optimization on ZDT3
-5.655Log Hypervolume DifferenceGaussianPSL
Evaluation results
| Method | Links | ||
|---|---|---|---|
| GaussianPSLScalarization Loss=HV2025.09 | -5.655 | — | |
| EPSScalarization Loss=LS2025.09 | -5.373 | — | |
| PSLScalarization Loss=HV2025.09 | -5.317 | — | |
| EPSScalarization Loss=HV2025.09 | -5.298 | — | |
| GaussianPSLScalarization Loss=MTCH2025.09 | -4.568 | — | |
| GaussianPSLScalarization Loss=TCH2025.09 | -4.559 | — | |
| EPSScalarization Loss=TCH2025.09 | -4.434 | — | |
| GaussianPSLScalarization Loss=LS2025.09 | -3.845 | — | |
| EPSScalarization Loss=MTCH2025.09 | -3.841 | — | |
| GaussianPSLScalarization Loss=COSMOS2025.09 | -3.142 | — | |
| EPSScalarization Loss=COSMOS2025.09 | -2.488 | — | |
| PSLScalarization Loss=COSMOS2025.09 | -1.168 | — | |
| SVH-PSL2025.09 | -1.154 | 0.304 | |
| PSLScalarization Loss=MTCH2025.09 | -0.853 | — | |
| PSLScalarization Loss=TCH2025.09 | -0.689 | — | |
| PSLScalarization Loss=LS2025.09 | -0.585 | — |