Impact
~5k
people reached
- 0 posts edited
- 0 helpful flags
- 19 votes cast
Apr
20 |
comment |
How to estimate a specific infinite matrix sum
@RobertIsrael Thank you. I don't believe there exists a nice approximation for the Riemann Theta function in general but my problem has only two variables so I was hoping it might be much easier. |
Apr
20 |
revised |
How to estimate a specific infinite matrix sum
added 20 characters in body |
Apr
20 |
revised |
How to estimate a specific infinite matrix sum
added 46 characters in body |
Apr
20 |
revised |
How to estimate a specific infinite matrix sum
deleted 26 characters in body |
Apr
20 |
reviewed | Approve How to estimate a specific infinite matrix sum |
Apr
20 |
revised |
How to estimate a specific infinite matrix sum
added 476 characters in body |
Apr
20 |
comment |
How to estimate a specific infinite matrix sum
@AmirSagiv The sum is an instance of the Riemann Theta function which is why I added the theta-function tag. Specifically, it is $\theta(0|iM/\pi)$. |
Apr
20 |
revised |
How to estimate a specific infinite matrix sum
added 89 characters in body |
Apr
20 |
comment |
A conjecture about the entropy of matrix vector products
@MertSaglam It should be the first $m$ rows of a full matrix. |
Apr
19 |
revised |
A conjecture about the entropy of matrix vector products
deleted 124 characters in body |
Apr
18 |
asked | How to estimate a specific infinite matrix sum |
Oct
21 |
awarded | Popular Question |
Jun
3 |
comment |
A circulant coin weighing problem
I just looked up weighing matrices but I don't see the connection to this problem yet. Could you expand on that please? |
Mar
8 |
comment |
Expected value of the minimum with limited independence
Can you show that there is a constant upper bound for $\mathbb{E}(X)$? |
Dec
14 |
revised |
Expected maximum inner product
deleted 71 characters in body |
Nov
27 |
awarded | Disciplined |
Sep
16 |
awarded | Yearling |
Sep
4 |
awarded | Nice Question |
Aug
27 |
awarded | Curious |
Aug
26 |
comment |
A conjecture about the entropy of matrix vector products
Do you think it would be acceptable to pose your formulation as a new question? I have no ideas for how to approach it. |