Memristor Breakthrough: First Single Device to Act Like a Neuron
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Memristor Breakthrough: First Single Device to Act Like a Neuron
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Re: Memristor Breakthrough: First Single Device to Act Like a Neuron
#2Re: Memristor Breakthrough: First Single Device to Act Like a Neuron
#3At 800 degrees C
Re: Memristor Breakthrough: First Single Device to Act Like a Neuron
#4We don't even really know how many synapses an average neuron in the human brain has.
Re: Memristor Breakthrough: First Single Device to Act Like a Neuron
#5Re: Memristor Breakthrough: First Single Device to Act Like a Neuron
#6Re: Memristor Breakthrough: First Single Device to Act Like a Neuron
#7When I learned how to design an ALU to say, add, and wait for the propagation of carry bits that’s like O(n) where n is the number of bits in the number, it made me want to just use superposition for addition, which is physical and instantaneous. Of course, that has all sorts of other problems that make it worse (so much worse).
Once you learn how to slow down the earlier bits, you end up with all the bits arriving at the same time, and you can have up to n adds pipelined and timed to the clock when output matters.
But with NN I think now would be a fun time (and likely the last decade as well) to rethink the basics right down to the basics. Everything need not be a NAND gate. :)
Re: Memristor Breakthrough: First Single Device to Act Like a Neuron
#8Re: Memristor Breakthrough: First Single Device to Act Like a Neuron
#9Re: Memristor Breakthrough: First Single Device to Act Like a Neuron
#10This is interesting, but I'm kind of sceptical. We don't fully understand everything that's going on in a neuron well enough to say if we're replicating that behaviour or not. We don't even really know how many synapses an average neuron in the human brain has.