| bio | website | stanford.edu/~rrwill |
|---|---|---|
| location | California | |
| age | ||
| visits | member for | 2 years, 10 months |
| seen | Jun 12 at 23:05 | |
| stats | profile views | 3,112 |
algorithms/complexity extremist
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Nov 21 |
answered | Complexity class associated with exhaustive search |
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Nov 21 |
comment |
Complexity class associated with exhaustive search It's a little vague but I like the question. I wrote a paper about it a long time ago. Maybe this will help the Anonymous questioner: stanford.edu/~rrwill/bfsearch-rev.ps [WARNING: It's likely that I disagree with almost all of the opinions stated there, it was written 10 years ago] |
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Oct 6 |
reviewed | Approve suggested edit on Examples of non-CSLs not created through diagonalization |
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Sep 27 |
awarded | Nice Answer |
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Sep 27 |
awarded | Necromancer |
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Sep 27 |
answered | Implications of proof of abc conjecture for cs theory |
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Sep 21 |
awarded | Custodian |
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Sep 20 |
reviewed | Approve suggested edit on Is there a proof that addition is faster than multiplication? |
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Sep 12 |
awarded | Enlightened |
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Sep 11 |
awarded | Nice Answer |
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Sep 10 |
awarded | Notable Question |
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Aug 17 |
awarded | Yearling |
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Aug 14 |
reviewed | Approve suggested edit on Tree search guided by a probabilistic oracle |
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Jul 26 |
awarded | Enlightened |
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Jul 26 |
awarded | Nice Answer |
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Jul 20 |
comment |
Is #P in NP and coNP, simultaneously? A "linear number of calls to both $NP$ and $coNP$" does not require that it's a $PSPACE$ machine. (Could mean that the simulation is only in $P^{NP}$, and $\# P$ is certainly not known to be in $P^{NP}$. Still, I can't follow much of what is said above.) |
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Jun 16 |
comment |
A lottery that you can be convinced that it is fair The earliest reference I know is: M. Blum. Coin Flipping By Telephone. CRYPTO 1981: 11-15. Can be downloaded at dm.ing.unibs.it/giuzzi/corsi/Support/papers-cryptography/… |
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Jun 8 |
awarded | Constituent |
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Jun 8 |
awarded | Caucus |
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May 17 |
answered | Boolean Circuit in a Black Box? |