Steven,
Just to be thorough, I use the matrices x1, ..., x10 thousands of times in my code because I'm doing statistical averaging. And, each matrix is about 800 MB in size. I do almost exact kind of computation with each of them i.e. I multiply a different data vector with each matrix x1, x2, ..., x10. That's why I did not want to load them each, use, and clear them before loading the next one because loading each matrix takes 30 sec and that is too much for my code. So, I load them all in the beginning of my code. Therefore, one part of the problem is the memory shortage which I meanwhile can solve by running my code in a remote unix server, and the second part of the problem is how to address each matrix when I need it.
Thank you very much for your answer above. Let me know if you have any suggestion as to what is the best solution.
Elnaz
Just to be thorough, I use the matrices x1, ..., x10 thousands of times in my code because I'm doing statistical averaging. And, each matrix is about 800 MB in size. I do almost exact kind of computation with each of them i.e. I multiply a different data vector with each matrix x1, x2, ..., x10. That's why I did not want to load them each, use, and clear them before loading the next one because loading each matrix takes 30 sec and that is too much for my code. So, I load them all in the beginning of my code. Therefore, one part of the problem is the memory shortage which I meanwhile can solve by running my code in a remote unix server, and the second part of the problem is how to address each matrix when I need it.
Thank you very much for your answer above. Let me know if you have any suggestion as to what is the best solution.
Elnaz
