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Re: Implementing a Jacobi iterative method for Ax=b
From: |
Ozzy Lash |
Subject: |
Re: Implementing a Jacobi iterative method for Ax=b |
Date: |
Sun, 28 Oct 2012 17:57:23 -0500 |
Oh, and if you permute A, I think you will also need to permute b so
that they match, and then permute the result back to the original
form. I didn't try a matrix with any 0s on the diagonal. I used:
A=[-500, 2, 3; 3, 200, 1; 4,5,600]
b=[1;2;3]
- Implementing a Jacobi iterative method for Ax=b, Joza, 2012/10/28
- Re: Implementing a Jacobi iterative method for Ax=b, Joza, 2012/10/28
- Re: Implementing a Jacobi iterative method for Ax=b, c., 2012/10/28
- Re: Implementing a Jacobi iterative method for Ax=b,
Ozzy Lash <=
- Re: Implementing a Jacobi iterative method for Ax=b, Joza, 2012/10/28
- Re: Implementing a Jacobi iterative method for Ax=b, Ozzy Lash, 2012/10/28
- Re: Implementing a Jacobi iterative method for Ax=b, Joza, 2012/10/29
- Re: Implementing a Jacobi iterative method for Ax=b, Joza, 2012/10/29
- Re: Implementing a Jacobi iterative method for Ax=b, Juan Pablo Carbajal, 2012/10/30
- Re: Implementing a Jacobi iterative method for Ax=b, Ozzy Lash, 2012/10/30