Neural networks [5.2] : Restricted Boltzmann machine - inference

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  1. Hugo Larochelle
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Комментарии
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Thanks Hugo ! Out of many available videos on this topic, yours is the most lucid and easy to follow. Big help for me !

sourasisdas
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Hello, can you pls explain how the hidden layer is updated as 0 or 1 after obtaining the probability (operating with the activation function) ?

pjsudharshan
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Hi Hugo!
Amazing video

Can you please help me with the derivation of 4:42 ?? if there is a video supported or a document?

Thanks

gunamrit
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It would be interesting if you show na execution example of the RBM in a small dataset. Anyway, thank you for the explanation. Keep up the great work! =)

rafaellima
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Is this explanation based on the assumption that both, h and x are either 1 or 0? I understand that they can´t be a discrete distribution of values between 1 and 0?

srgberni
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really nice vids! i like your slide style

jornmalich
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Hi, Could you provide the HDBRM experiment code in the paper named "Classification using DRBM"? I try to recreat experiment and get stuck in HDRBM.

haoli
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that's very very detailed.
which book did you follow?

AnsImran
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The step at 11:20 seems a little hand-wavy. I don't see how it follows that the fraction is p(h_j | x) just because fraction describes a probability distribution. How do I know it describes the distribution p(h_j | x)? You say it *must* be so. But why?

ElizaberthUndEugen
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thank you Hugo, it helps a lot. 
would you also do some cast in RNN?

fengji
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Thanks a lottt Hugo! I have become a great fan of your works!

piratepeter
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@6.44 at the first line the denominator should probably be sum(p(x|h')), not sum(p(x, h')).

SavenkovD
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Can you explain @7:00 how the nested sum of hidden units happened?

muditjain
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Thank you for the video it is very helpful!

ledilnudil
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Hey,
could you upload the presentations?

IlSharkonIl
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@16:38 denominator is bit confusing. I mean why we find neighbors of z instead of z' in the denominator factor fuction?

BadriNathJK
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Many thanks for the detailed explanation!

alexandrenanchen
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Hi, Hugo Larochelle, thanks for your video. I am confused what is the different between the sum of the j(numerator) and the sum of the h'_j(denominator). Could you explain it?

JS-ggpx
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45 minutes of match and proof, no exercise, no code so far.
Not saying I could do better, but maybe someone could.

EmanueleDiSaverio