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Table 2 Numerical results for the test problem with different values of m and q (\(p=0.5\))

From: The Picard-HSS-SOR iteration method for absolute value equations

 

Methods

 

m = 10

m = 20

m = 30

m = 40

q = 0

PHSS

IT

9

11

13

14

CPU

0.0384

0.8241

9.1203

31.8901

RES

4.5e-5

6.2e-5

5.9e-5

1.2e-4

PHSSR

IT

2

5

2

2

CPU

0.0092

0.3994

1.2641

6.6407

RES

1.6e-7

1.5e-4

1.5e-5

6.6e-5

q = 1

PHSS

IT

9

11

13

14

CPU

0.0386

0.8310

8.8706

34.4268

RES

3.6e-5

5.3e-5

5.2e-5

1.2e-4

PHSSR

IT

2

2

2

2

CPU

0.0092

0.1765

1.2702

5.3334

RES

4.2e-7

4.0e-6

2.2e-5

1.8e-4

q = 10

PHSS

IT

9

11

12

13

CPU

0.0389

0.8306

8.1935

30.2050

RES

1.5e-5

1.5e-5

8.9e-5

1.4e-4

PHSSR

IT

2

2

2

2

CPU

0.0093

0.1546

1.2707

4.8570

RES

2.1e-5

3.2e-5

3.9e-5

4.5e-5

q = 100

PHSS

IT

6

8

9

10

CPU

0.0252

0.6039

5.2415

24.6826

RES

1.8e-4

1.1e-4

1.0e-4

2.4e-04

PHSSR

IT

2

2

2

2

CPU

0.0093

0.1526

1.2538

5.3998

RES

3.9e-5

1.2e-5

9.4e-5

1.1e-4