FYI, since it seems most of the movement in image classification has been
in GLAM/arts, I thought folks might find this interesting: in the GLAM
world, the Barnes Foundation has been a leader as their collections
management has been unconventional and based more on image similarity than
by traditional taxonomic classification.
You may find their observations on experimenting with machine learning
interesting:
On Tue, Feb 12, 2019 at 6:25 AM Andrew Lih <andrew.lih(a)gmail.com> wrote:
FYI, folks might be interested in what we've been
doing with The Met
Museum in NYC and machine learning. Writeup in the latest GLAM newsletter
https://outreach.wikimedia.org/wiki/GLAM/Newsletter/January_2019/Contents/U…
TL;DR - Andrew worked with Jennie Choi, The Met's General Manager of
Collection Information and Nina Diamond, Managing Editor and Producer along
with Microsoft Researchers Patrick Buehler, J.S. Tan and Sam Kazemi Nafchi
to train a machine learning model on Microsoft Azure that could predict
labels for artworks. Using the Met's roughly 1,000 word art vocabulary, and
representative images to help train the model a proof of concept app was
developed at the hackathon. The results were impressive enough that Andrew
finished the creation of a Wikdata Distributed Game - Depicts to connect
the subject keyword recommendations to Wikidata.
-Andrew
On Thu, Feb 7, 2019 at 2:06 PM Nuria Ruiz <nuria(a)wikimedia.org> wrote:
Team,
Since everyone is here, we will be working on a machine learning
infrastructure program this year. I will set up meetings with everyone on
this thread and some others in SRE and Audiences to get a "bag of requests"
of things that are missing, first round of talks that I hope to finish next
week is to hear what everyone requests/ideas are. Will be sending meeting
invites today and tomorrow. I think from those some themes will emerge.
Thus far, it is pretty clear we need a better way to deploy models to
production (right now we deploy those to elastic search in very crafty
manners, for example) , we need to have an answer to GPU issues to train
models, we need to have a "recommended way" in which we train and compute,
some unified system for tracking models+data+tests and finally, there are
probably many learnings the work been done in Ores thus far.
Thanks,
Nuria
On Thu, Feb 7, 2019 at 8:40 AM Miriam Redi <mredi(a)wikimedia.org> wrote:
Hey Andrew!
Thank you so much for sharing this and start this conversation. We had a
meeting at All Hands with all people interested in "Image Classification"
https://phabricator.wikimedia.org/T215413 , and one of the open
questions was exactly how to find a "common repository" for ML models that
different groups and products within the organization can use. So, please,
count me in!
Thanks,
M
On Thu, Feb 7, 2019 at 4:38 PM Aaron Halfaker <ahalfaker(a)wikimedia.org>
wrote:
Just gave the article a quick read. I think this
article pushes on
some key issues for sure. I definitely agree with the focus on
python/jupyter as essential for a productive workflow that leverages the
best from research scientists. We've been thinking about what ORES 2.0
would look like and event streams are the dominant proposal for improving
on the limitations of our queue-based worker pool.
One of the nice things about ORES/revscoring is that it provides a nice
framework for operating using the *exact same code* no matter the
environment. E.g. it doesn't matter if we're calling out to an API to get
data for feature extraction or providing it via a stream. By investing in
a dependency injection strategy, we get that flexibility. So to me, the
hardest problem -- the one I don't quite know how to solve -- is how we'll
mix and merge streams to get all of the data we want available for feature
extraction. If I understand correctly, that's where Kafka shines. :)
I'm definitely interested in fleshing out this proposal. We should
probably be exploring the processes for training new types of models (e.g.
image processing) using different strategies than ORES. In ORES, we're
almost entirely focused on using sklearn but we have some basic
abstractions for other estimator libraries. We also make some strong
assumptions about running on a single CPU that could probably be broken for
some performance gains using real concurrency.
-Aaron
On Thu, Feb 7, 2019 at 10:05 AM Goran Milovanovic <
goran.milovanovic_ext(a)wikimedia.de> wrote:
> Hi Andrew,
>
> I have recently started a six month AI/Machine Learning Engineering
> course which focuses exactly on the topics that you've shown interest in.
>
> So,
>
> >>> I'd love it if we had a working group (or whatever) that focused
> on how to standardize how we train and deploy ML for production use.
>
> Count me in.
>
> Regards,
> Goran
>
>
> Goran S. Milovanović, PhD
> Data Scientist, Software Department
> Wikimedia Deutschland
>
> ------------------------------------------------
> "It's not the size of the dog in the fight,
> it's the size of the fight in the dog."
> - Mark Twain
> ------------------------------------------------
>
>
> On Thu, Feb 7, 2019 at 4:16 PM Andrew Otto <otto(a)wikimedia.org> wrote:
>
>> Just came across
>>
>>
https://www.confluent.io/blog/machine-learning-with-python-jupyter-ksql-ten…
>>
>> In it, the author discusses some of what he calls the 'impedance
>> mismatch' between data engineers and production engineers. The links to
>> Ubers Michelangelo <https://eng.uber.com/michelangelo/> (which as
>> far as I can tell has not been open sourced) and the Hidden
>> Technical Debt in Machine Learning Systems paper
>>
<https://papers.nips.cc/paper/5656-hidden-technical-debt-in-machine-learning-systems.pdf>
are
>> also very interesting!
>>
>> At All hands I've been hearing more and more about using ML in
>> production, so these things seem very relevant to us. I'd love it if we
>> had a working group (or whatever) that focused on how to standardize how we
>> train and deploy ML for production use.
>>
>> :)
>> _______________________________________________
>> Analytics mailing list
>> Analytics(a)lists.wikimedia.org
>>
https://lists.wikimedia.org/mailman/listinfo/analytics
>>
>
--
Aaron Halfaker
Principal Research Scientist
Head of the Scoring Platform team
Wikimedia Foundation
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-Andrew Lih
Author of The Wikipedia Revolution
US National Archives Citizen Archivist of the Year (2016)
Knight Foundation grant recipient - Wikipedia Space (2015)
Wikimedia DC - Outreach and GLAM
Previously: professor of journalism and communications, American
University, Columbia University, USC
---
Email: andrew(a)andrewlih.com
WEB:
https://muckrack.com/fuzheado
PROJECT: Wikipedia Space:
http://en.wikipedia.org/wiki/WP:WPSPACE
--
-Andrew Lih
Author of The Wikipedia Revolution
US National Archives Citizen Archivist of the Year (2016)
Knight Foundation grant recipient - Wikipedia Space (2015)
Wikimedia DC - Outreach and GLAM
Previously: professor of journalism and communications, American
University, Columbia University, USC
---
Email: andrew(a)andrewlih.com
WEB: