bio | website | thomas-kahle.de |
---|---|---|
location | Magdeburg, Germany | |
age | 32 | |
visits | member for | 4 years, 5 months |
seen | yesterday | |
stats | profile views | 901 |
I'm working in Magdeburg, Germany.
Aug 5 |
comment |
Software tools for medium-scale systems of polynomial equations
Oh, sorry. I did not see that you worked with the actual problem (because I did not see that it was linked). I was wondering where you numbers came from... :) |
Aug 5 |
comment |
Software tools for medium-scale systems of polynomial equations
In this case it looks like it will use a general SQP approach, then. I somehow doubt that it will take only a few seconds to find a reasonable approximation to a global minimum of a long sum of squares in 12 variables, but I have not used Maple in a couple of years... |
Aug 5 |
revised |
Software tools for medium-scale systems of polynomial equations
slight extension to highlight difference between solving and SDP. |
Aug 5 |
comment |
Software tools for medium-scale systems of polynomial equations
What is Maple doing internally? For an arbitrary function, random search for a minimum is as good as any other method, so is it using random search? |
Aug 3 |
answered | Software tools for medium-scale systems of polynomial equations |
Jul 21 |
comment |
polynomial 0,1 integer programming
What are the $J_i$? Can you give some background? |
Jul 2 |
awarded | Curious |
Apr 20 |
awarded | Yearling |
Apr 15 |
comment |
Variety of commutative semi group
@J.-E.Pin You are right, I have no idea what the difference between an identity and a relation may be in the context here. |
Apr 15 |
comment |
Variety of commutative semi group
Judging from the result that you expect, I'm suspecting that you are after the variety of a commutative semigroup ring? Maybe one that satisfies $x_i^2 = x_i^3$ for each indeterminate $x_i$? Please rework this questions, at the moment it makes no sense. |
Apr 6 |
awarded | Popular Question |
Oct 7 |
awarded | Constituent |
Sep 30 |
awarded | Caucus |
Sep 28 |
awarded | Informed |
Sep 28 |
revised |
vertex independent set and the maximal clique
formatting |
Sep 28 |
suggested | suggested edit on vertex independent set and the maximal clique |
Sep 28 |
comment |
How do you not forget old math?
I agree, and you explained it better than I did. |
Sep 28 |
revised |
How do you not forget old math?
improve wording |
Sep 27 |
answered | How do you not forget old math? |
Sep 4 |
comment |
Is an ideal generated by multilinear, irreducible, homogeneous polynomials of different degrees always radical?
Now let me get the math.se bounty :) |