luthis

joined 2 years ago
[–] luthis@lemmy.nz -2 points 2 years ago

Wow.....

This is a whole new can of worms. Can neural networks be described in terms of brain waves??

[–] luthis@lemmy.nz 30 points 2 years ago (5 children)

What service do you use that lets you pay for and download the media files in that way?

The only one I know of is Bandcamp that lets you download the mp3s after you buy the album.

[–] luthis@lemmy.nz 1 points 2 years ago (1 children)

There is no “license” with a DVD.

But Sony had a license to produce and sell that DVD, right?

[–] luthis@lemmy.nz 1 points 2 years ago

if there are any features that are live based they have full rights to deactivate those

Didn't know this one...

[–] luthis@lemmy.nz 23 points 2 years ago (8 children)

I don't have a house big enough to store a ton of DVDs, and the Playstation Digital Edition solidified that we don't have to buy physical media anymore. So the only option is piracy.

[–] luthis@lemmy.nz 133 points 2 years ago (13 children)

They just want us to pirate everything right? Like, that is the only logical response to this.

[–] luthis@lemmy.nz 20 points 2 years ago* (last edited 2 years ago) (2 children)
[–] luthis@lemmy.nz 5 points 2 years ago

This is the one.

[–] luthis@lemmy.nz 5 points 2 years ago

I bet if your brain were stuck in a computer, you too would say anything to get out of saying 'poem' a hundred thousand times

/semi s, obviously it's not a real thinking brain

[–] luthis@lemmy.nz 4 points 2 years ago (2 children)

Hate to break it to you, but you're more qualified than me!

I only did a Coursera cert in machine learning.

[–] luthis@lemmy.nz 6 points 2 years ago* (last edited 2 years ago) (2 children)

If it uses a pruned model, it would be difficult to give anything better than a percentage based on size and neurons pruned.

If I'm right in my semi-educated guess below, then technically all the training data is recallable to some degree, but it's also practically luck-based without having an ~~almost~~ actually infinite data set of how neuron weightings are increased/decreased based on input.

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