Entry tags:
Dataflow matrix machines
Dataflow matrix machines: a class of expressive self-modifiable neural machines
Reference paper: Dataflow Matrix Machines and V-values: a Bridge between Programs and Neural Nets
arxiv.org/abs/1712.07447
More details:
anhinga-anhinga.dreamwidth.org/83104.html
anhinga-anhinga.dreamwidth.org/82703.html
*** Dataflow Matrix Machines internet resources: anhinga.github.io
Interdisciplinary list of open research directions (I am looking for collaborators): dmm-collaborative-research-agenda.pdf
*** My blogs:
Main Dreamwidth blog: dmm.dreamwidth.org (partial mirror: anhinga-travel.livejournal.com )
Main LiveJournal: anhinga-anhinga.livejournal.com (mirror: anhinga-anhinga.dreamwidth.org )
Auxiliary LiveJournal: anhinga-drafts.livejournal.com (mirror: anhinga-drafts.dreamwidth.org )
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- which can fluently modify their own weights, connectivity patterns, and size;
- and can serve as a programming platform, resulting in a programming formalism with continuously deformable programs.
Reference paper: Dataflow Matrix Machines and V-values: a Bridge between Programs and Neural Nets
arxiv.org/abs/1712.07447
More details:
anhinga-anhinga.dreamwidth.org/83104.html
anhinga-anhinga.dreamwidth.org/82703.html
*** Dataflow Matrix Machines internet resources: anhinga.github.io
Interdisciplinary list of open research directions (I am looking for collaborators): dmm-collaborative-research-agenda.pdf
*** My blogs:
Main Dreamwidth blog: dmm.dreamwidth.org (partial mirror: anhinga-travel.livejournal.com )
Main LiveJournal: anhinga-anhinga.livejournal.com (mirror: anhinga-anhinga.dreamwidth.org )
Auxiliary LiveJournal: anhinga-drafts.livejournal.com (mirror: anhinga-drafts.dreamwidth.org )
🇺🇦 🇺🇦 🇺🇦 🇺🇦 🇺🇦 🇺🇦 🇺🇦
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Так что, нейронные сети - это некоторый подкласс DMMs, а линейные системы управления - это некоторый подкласс нейронных сетей.
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Я, пока его искал, нашёл много другого интересного, так что не жалуюсь :-)
Но если вы можете найти линк и поделиться им, было бы классно :-)
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(Now I see why I could not find it; the talk description does not mention Clifford algebras explicitly, neither in the video description, nor here: https://gotocph.com/2018/sessions/615/machine-learning-alchemy-for-the-modern-computer-scientist
Starting to listen to it :-) )
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- going to a gym to code (while leaving the heavy lifting to a automated code synthesizer)
- try to withhold a subset of tests for validation even for "Software 1.0"
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(Warmus was the first one who generalized interval numbers to allow the contradictory approximations, e.g. [3,2] (the set of numbers larger than 3, but at the same time smaller than 2), a situation where one can have a partial contradiction without collapsing the whole thing to "everything is now a theorem".)
But I've only heard about these kinds of dual numbers, with epsilon squared equal to zero, never seen them used in practice... super-interesting...
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https://en.wikipedia.org/wiki/Smooth_infinitesimal_analysis
и
https://en.wikipedia.org/wiki/Synthetic_differential_geometry
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Но кто занимался прикладной стороной этого дела, это я не знаю...
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https://users-math.au.dk/~kock/
Так что, для людей, ищущих математику, освобождённую от "тирании множеств", его работы могут быть очень интересны...
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Time to sleep and meditate on this...