Technology
A look at "liquid" neural nets, which change their underlying algorithms based on observed inputs, making them more flexible than standard ML neural networks (Steve Nadis/Quanta Magazine)
[ad_1]
[ad_2]
Steve Nadis / Quanta Magazine:
A look at “liquid” neural nets, which change their underlying algorithms based on observed inputs, making them more flexible than standard ML neural networks — “Liquid” neural nets, based on a worm’s nervous system, can transform their underlying algorithms on the fly, giving them unprecedented speed and adaptability.
[ad_2]
Share this news on your Fb,Twitter and Whatsapp
Times News Network:Latest News Headlines
Times News Network||Health||New York||USA News||Technology||World News