fcla-discuss

I was puzzling about a box template for the library which is the next tensor up from a matrix

I think both the members of this group, and even more the author of the book deserves to get better

Thanks, I was considering something along the line of exp(A) where A is a matrix etc template <

The definition of a vector does not include the left side of the example because the left sides are

NOTES ON SYSTEMS OF LINEAR EQUATIONS --- VERSION 1 Definition. A LIST is a sequence of OBJECTS (and

V2.22 should list the Index in the Table of Contents. On Apr 29, 4:54 pm, Ron Webber <ronald.web..

Yes, good point. Thank-you. On Apr 25, 8:46 am, Ron Webber <ronald.web...@gmail.com> wrote:

Thanks for that reference, but I did not find what I was hoping for. My goal is least squares linear

I was wondering, is there a special name for a 3D object? We have vector and matrix but what about

I have not seen a clear example of a matrix vector product. Nothing in the books or Wikipedia. I was

What I have are two templates, one for vectors. The other is derived from vector to create a matrix.

On Wed, Sep 23, 2009 at 11:39 AM, wadlingermeszaros5395 <wadlingermeszaros5395@gmail.com> wrote

Manley Perkel has suggested the following theorem (or more appropriately, lemma) to add to Subsection

Hi Valeron, I think even with or without DLDS this could be a thought-provoking exercise. See Example

Maybe Valeron's idea could be used as a "T" exercise that suggests a certain approach.

Hi Alex, Glad to hear you are finding the book useful. This one of a handful of proofs that are very

No, I don't think that going back to edit is an option. Just correct yourself as you go. ;-) \in

How about solution for exercise? Not for lazy guys but I'd like to know if I do right. And