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# Description
## WHAT PROBLEM ARE YOU TRYING TO SOLVE?
We consider the problem of finding high-dimensional integrals by quantum Monte Carlo methods. When solving high-dimensional problems using cl…
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opinions?
I think Reinforced Learning could be used to also include "betting" into the game. As in, we use 1 deck of cards and a run of the game would involve the current AI trying to maximize its …
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Starting this thread to document adding support for the Monte Carlo fan remote. Model UC7220T (maybe similar to the UC-7080T?) FCC ID CHQ7220T. Runs at 303.722 MHz (not confirmed). The remote supports…
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See [14-Chap-10](https://resample.com/content/text/14-Chap-10.pdf)
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Hi emukit team,
I am considering implementing results from this paper https://www.sciencedirect.com/science/article/pii/S0167473011000038 in emukit. I don't think it's too different from your quadr…
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**Describe the bug**
If a query has a wide time range some log lines can be missed.
Manual split of queries to smaller time ranges eliminates the problem.
I think it's a problem of Loki Querier…
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In the OpenCossan code there are several references to equations without giving the paper they are refering to...
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Dear CASM developers,
Wondering whether CASM can do MC simulations with specified sublattice, i.e. certain sublattice ordering is fixed while only the rest sublattices can do canonical metropolis e…
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I wanted to try the Monte Carlo option with many random ignition location and use the CALCULATE_BURN_PROBABILITY = .TRUE. option which is mentionend in the documentation (https://elmfire.io/user_guid…
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In book3-6.1Returning to the Cornell Box:
``Remember Monte Carlo basics: ∫f(x)≈∑f(r)/p(r) ...``,
Shouldn't the correct formula be
``∫f(x)≈(1/N)*∑f(r)/p(r)``?