Table 5 Numerical results for Example 4.2.
From: Split proximal linearized algorithm and convergence theorems for the split DC program
Algorithm 3.1 | \(x_{1}=(123,456,789)\), and \(\beta_{n}=1\) for all \(n\in \mathbb{N}\) | |
|---|---|---|
ε = 10−12 | Iteration | Approximate solution |
\(r_{n}=0.05\) | 39 | (1.00000000000036, 2.00000000000048, 3.00000000000059) |
\(r_{n}=0.09\) | 283 | (1.00000000000038, 2.00000000000051, 3.00000000000063) |
\(r_{n}=0.095\) | 611 | (1.00000000000041, 2.00000000000054, 3.00000000000067) |
\(r_{n}=0.099\) | 5129 | (1.00000000000043, 2.00000000000056, 3.00000000000070) |
\(r_{n}=0.0994\) | 18,434 | (0.99999999999957, 1.99999999999943, 2.99999999999930) |