Hello.
On Wed, 03 Dec 2014 10:13:08 +0100, Thorsten Kiefer wrote:
Hi,
the port is now finished.
The code may still contain bugs.
Maybe alpha-state.
But if you like it, you can add it.
Thank you for offering code to enhance the scope of Commons Math.
Yet I must emphasize that one of the goals of the project is to
provide an "integrated" set of functionalities (a.o. consistent
style and API throughout the codebase, full documentation and test
coverage).
Another on-going task is to include contributors who will stay and
maintain the codebase.
We do not usually have the resources neither to integrate a new
functionality, nor to maintain it afterwards.
You are very welcome to explain the purpose and state of your
contribution; then we can start a discussion on how to move toward
including the code in Commons Math.
Thanks for your interest in the project,
Gilles
Best Regards
Thorsten Kiefer
Am 17.11.2014 um 23:57 schrieb Thorsten Kiefer:
Hi,
I decided to port it to java, and if you should like it, you can
extend
[Math] with RL algorithms.
https://github.com/toki78/JuRLs/tree/master/JuRLs/src/jurls/core
It will take a while, until I ported it all to java.
Regards
Thorsten
Am 15.11.2014 um 15:01 schrieb Gilles:
On Sat, 15 Nov 2014 14:32:07 +0100, Thorsten Kiefer wrote:
Hello,
Am 15.11.2014 um 13:39 schrieb Gilles:
Hello.
On Sat, 15 Nov 2014 06:15:32 +0100, Thorsten Kiefer wrote:
Hi,
I coded this in JavaScript :
http://toki78.github.io/
I am wondering, if parts of this might be useful for the math
module.
If so, I could contribute it.
There are some machine-learning algorithms in Commons Math, more
would probably be welcome.
Could you perhaps describe with a little more details what you
are
proposing?
I would like to implement a (non-turing-complete) meta languge
I don't think that CM would be the right place for a
special-purpose
language. [Some time ago, there was a proposal for a language to
create arithmetical expressions.]
If you think otherwise, could you provide some rationale, so that
we
can comment on concrete arguments?
for
the approximation function and the RL-update rule.
Then I would provide Q(lambda) and SARSA(lambda) using the fourier
basis.
Might be useful for somebody.
Perhaps. I don't know what are RL, Q, SARSA.
The Meta-compiler's result could implement the interfaces used by
the
FunctionFitters.
As far as I can remember : MultivariateFunction or so...
This looks like your project would depend on Commons Math, but need
not
be part of it.
For more understanding you can also look up the code on my git
profile.
I tried to read "README.md": it just says "My website"...
Care to give a link to a description? Thanks.
Regards,
Gilles
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