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Figure from:Meshless BEM and overlapping Schwarz preconditioners for exterior problems on spheroids

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Table 5. Errors with M scattered points from MAGSAT, using CG, po(r), Example 2 Table 6. Errors with M scattered points from MAGSAT, for PCG, po(1), Example 2

Table 5 Errors with M scattered points from MAGSAT, using CG, po(r), Example 2 Table 6. Errors with M scattered points from MAGSAT, for PCG, po(1), Example 2

Related Figures (8)

Fig. 1. Image of Saff points on the prolate spheroid.
Fig. 1. Image of Saff points on the prolate spheroid.
Meshless BEM and overlapping Schwarz preconditioners for exterior problems on spheroids Fig. 2. Image of satellite points on the prolate spheroid.
Meshless BEM and overlapping Schwarz preconditioners for exterior problems on spheroids Fig. 2. Image of satellite points on the prolate spheroid.
Table 3. Errors with M scattered points from MAGSAT, using CG, p,,(r), Example 1.
Table 3. Errors with M scattered points from MAGSAT, using CG, p,,(r), Example 1.
Table 4. Errors with M scattered points from MAGSAT, for PCG, p,,(r), Example 1
Table 4. Errors with M scattered points from MAGSAT, for PCG, p,,(r), Example 1
Fig. 5. Log-log plot for H'*(T9) and H!*(T)) errors using Matérn RBFs ¢,(r) (Safi points) for the prolate (Example 1) and oblate (Example 2) snheroid.
Fig. 5. Log-log plot for H'*(T9) and H!*(T)) errors using Matérn RBFs ¢,(r) (Safi points) for the prolate (Example 1) and oblate (Example 2) snheroid.
Meshless BEM and overlapping Schwarz preconditioners for exterior problems on spheroids
Meshless BEM and overlapping Schwarz preconditioners for exterior problems on spheroids
Table 6. Errors with M scattered points from MAGSAT, for PCG, po(1), Example 2
Table 6. Errors with M scattered points from MAGSAT, for PCG, po(1), Example 2