Skip to main content

Table 1 Numerical values of \(s_{m}\) and \(\|s_{m}-s_{m-1}\|_{2}\)

From: Δ-convergence for proximal point algorithm and fixed point problem in CAT(0) spaces

No. of iterations

\(s_{m}\)

\(h(s_{m})\)

\(\|s_{m}-s_{m-1}\|_{2}\)

m = 1

10

51

m = 2

2.887912

2.267415

5.143740

m = 3

1.513123

0.6300537

4.117401

m = 4

1.230808

0.528876

1.801738

m = 5

1.153017

0.511232

0.583212

m = 6

1.119232

0.507252

0.120032

m = 7

1.098545

0.504013

0.000651

m = 8

1.083867

0.503242

2.680507\(\times \mathrm{e}^{-2}\)

m = 9

1.063823

0.502737

3.324120\(\times \mathrm{e}^{-4}\)

m = 10

1.056611

0.502344

9.929354\(\times \mathrm{e}^{-7}\)

m = 11

1.041421

0.500856

2.906031\(\times \mathrm{e}^{-9}\)

m = 12

1.028531

0.500547

1.170353\(\times \mathrm{e}^{-11}\)

m = 13

1.017221

0.500236

2.224861\(\times \mathrm{e}^{-14}\)

m = 14

1.016117

0.500228

5.773151\(\times \mathrm{e}^{-19}\)

m = 15

1.009912

0.500179

0.00000

m = 16

1.009234

0.500132

0.00000

m = 17

1.008221

0.500101

0.00000

m = 18

1.007608

0.500097

0.00000

m = 19

1.006803

0.500082

0.00000

m = 20

1.004818

0.500060

0.00000

m = 21

1.003001

0.500012

0.00000

m = 22

1.000387

0.500001

0.00000

m = 23

1.000201

0.500000

0.00000

m = 24

1.000000

0.500000

0.00000

m = 25

1.000000

0.500000

0.00000