Spatio-temporal learning on Non-linear Fokker-Planck equation Equation (34) (test)
1.044Empirical L2-error{g}_{ℝ^{m,1}}
Evaluation Results
| Method | Links | ||
|---|---|---|---|
| {g}_{ℝ^{m,1}}m=30, J=2^{13}, N=10√J ln(J)2023.12 | 1.044 | 307.15 | |
| {g}_{ℝ^{m,1}}m=30, J=2^{11}, N=10√J ln(J)2023.12 | 1.169 | 116.2 | |
| {g}_{ℝ^{m,1}}m=30, J=2^{10}, N=10√J ln(J)2023.12 | 1.263 | 49.81 | |
| {g}_{ℝ^{m,1}}m=30, J=2^9, N=10√J ln(J)2023.12 | 1.278 | 32.91 | |
| ℓ{g}_{ℝ^{m,1}}m=30, J=2^{11}, N=10√J ln(J)2023.12 | 1.445 | 6.42 | |
| ℓ{g}_{ℝ^{m,1}}m=30, J=2^{15}, N=10√J ln(J)2023.12 | 1.448 | 28.19 | |
| ℓ{g}_{ℝ^{m,1}}m=30, J=2^{13}, N=10√J ln(J)2023.12 | 1.451 | 12.65 | |
| ℓ{g}_{ℝ^{m,1}}m=30, J=2^9, N=10√J ln(J)2023.12 | 1.452 | 1.82 | |
| ℓ{g}_{ℝ^{m,1}}m=30, J=2^{10}, N=10√J ln(J)2023.12 | 1.452 | 3.38 | |
| {g}_{ℝ^{m,1}}m=10, J=2^{15}, N=10√J ln(J)2023.12 | 1.738 | 375.78 | |
| ℓ{g}_{ℝ^{m,1}}m=10, J=2^9, N=10√J ln(J)2023.12 | 1.939 | 0.75 | |
| ℓ{g}_{ℝ^{m,1}}m=10, J=2^{10}, N=10√J ln(J)2023.12 | 1.939 | 1.43 | |
| ℓ{g}_{ℝ^{m,1}}m=10, J=2^{13}, N=10√J ln(J)2023.12 | 1.939 | 5.82 | |
| ℓ{g}_{ℝ^{m,1}}m=10, J=2^{15}, N=10√J ln(J)2023.12 | 1.939 | 11.83 | |
| ℓ{g}_{ℝ^{m,1}}m=10, J=2^{11}, N=10√J ln(J)2023.12 | 1.94 | 2.9 | |
| {g}_{ℝ^{m,1}}m=10, J=2^{13}, N=10√J ln(J)2023.12 | 1.982 | 167.88 | |
| {g}_{ℝ^{m,1}}m=10, J=2^{11}, N=10√J ln(J)2023.12 | 2.255 | 69.04 | |
| {g}_{ℝ^{m,1}}m=10, J=2^{10}, N=10√J ln(J)2023.12 | 2.291 | 27.59 | |
| {g}_{ℝ^{m,1}}m=10, J=2^9, N=10√J ln(J)2023.12 | 3.578 | 20.16 | |
| {g}_{ℝ^{m,1}}m=20, J=2^{15}, N=10√J ln(J)2023.12 | 5.773 | 590.72 | |
| {g}_{ℝ^{m,1}}m=20, J=2^{13}, N=10√J ln(J)2023.12 | 5.998 | 216.28 | |
| {g}_{ℝ^{m,1}}m=20, J=2^{11}, N=10√J ln(J)2023.12 | 6.254 | 87.57 | |
| {g}_{ℝ^{m,1}}m=20, J=2^{10}, N=10√J ln(J)2023.12 | 6.277 | 38.96 | |
| ℓ{g}_{ℝ^{m,1}}m=20, J=2^{11}, N=10√J ln(J)2023.12 | 6.775 | 4.6 | |
| ℓ{g}_{ℝ^{m,1}}m=20, J=2^{13}, N=10√J ln(J)2023.12 | 6.877 | 8.77 | |
| ℓ{g}_{ℝ^{m,1}}m=20, J=2^9, N=10√J ln(J)2023.12 | 6.894 | 1.12 | |
| ℓ{g}_{ℝ^{m,1}}m=20, J=2^{10}, N=10√J ln(J)2023.12 | 6.901 | 2.32 | |
| ℓ{g}_{ℝ^{m,1}}m=20, J=2^{15}, N=10√J ln(J)2023.12 | 6.925 | 22.05 | |
| {g}_{ℝ^{m,1}}m=20, J=2^9, N=10√J ln(J)2023.12 | 7.588 | 22.7 | |
| {g}_{ℝ^{m,1}}m=30, J=2^{15}, N=10√J ln(J)2023.12 | 8.712 | 758.8 |