### Table 2. Convergence rates for various two-level methods and for several values of = ( 1; 2)T. (\lin quot; is linear interpolation, \G-S quot; is Gau -Seidel, \S-G quot; is exponential interpolation and \ILU quot; is ILU interpolation.

### Tables of integrals, series and products.

1983

Cited by 16

### TABLE III EXAMPLES OF EXPONENTIAL DEPRESSION*

### Table 2 Average convergence rates for various methods on unstructured grids and for several values of = ( 1; 2)T. \Lin quot;, \SG quot; and \ILU quot; denote linear, exponential, and ILU interpolation coe cients, respectively. For example, \ILU, Lin quot; means ILU interpolation coe cients were used for the trial space, and linear interpolation was used for the test space.

1997

"... In PAGE 11: ...he level 5 grid until we reached 10000 vertices. This results in 7 levels of re nement. We illustrate the dependence of the convergence rate on the direction and magnitude of . The results for the di erent methods are shown in Table 1 for structured grids and in Table2... ..."

Cited by 8

### Table 1 Average convergence rates for various methods on structured grids and for several values of = ( 1; 2)T . \Lin quot;, \SG quot; and \ILU quot; denote linear, exponential, and ILU interpolation coe cients, respectively. For example, \ILU, Lin quot; means ILU interpolation coe cients were used for the trial space, and linear interpolation was used for the test space.

1997

"... In PAGE 11: ...he level 5 grid until we reached 10000 vertices. This results in 7 levels of re nement. We illustrate the dependence of the convergence rate on the direction and magnitude of . The results for the di erent methods are shown in Table1 for structured grids... ..."

Cited by 8

### Table 1.1 Average convergence rates for various methods on structured grids and for several values of = ( 1; 2)T. \Lin quot;, \SG quot; and \ILU quot; denote linear, exponential, and ILU interpolation coe cients, respectively. For example, \ILU, Lin quot; means ILU interpolation coe cients were used for the trial space, and linear interpolation was used for the test space.

1997

Cited by 8

### Table 1.2 Average convergence rates for various methods on unstructured grids and for several values of = ( 1; 2)T . \Lin quot;, \SG quot; and \ILU quot; denote linear, exponential, and ILU interpolation coe cients, respectively. For example, \ILU, Lin quot; means ILU interpolation coe cients were used for the trial space, and linear interpolation was used for the test space.

1997

Cited by 8

### Table 1.1 Average convergence rates for various methods on structured grids and for several values of = ( 1; 2)T. \Lin quot;, \SG quot; and \ILU quot; denote linear, exponential, and ILU interpolation coe cients, respectively. For example, \ILU, Lin quot; means ILU interpolation coe cients were used for the trial space, and linear interpolation was used for the test space.

1997

Cited by 8