What is the difference between Memristors and Neuromorphic chips?
>>55590187
Memristors, as HP described, are a type of resistive RAM. The structure has an electron vacancy that can be moved around between two elements to represent the state of a bit. They can also be influenced to switch at high speeds and perform logic. In effect, if the fabric were there to support it, you could have a chip with one basic switching structure that functions as permanent storage, memory, logic, and can alter itself on the fly.
By Neuromorphic I can only assume you're referring to IBM's Synapse project for DARPA. Its a non Von Neumann architecture that pairs memory directly with logic to eliminate the bottleneck in now conventional systems which limits theoretical throughput.
>>55590187
>difference between Memristors and Neuromorphic chips
Nothing, they both will never be implemented outside of a lab.
I just want a group of cute girls to slowly take spoonfulls of my brain, eating and nonsensically bantering about their daily lives while I slide away into infinity.
>>55590187
Only thing women need to lick like that is my dick
>>55590377
HP has mass produced their Memristors. They'd be on the market already for enterprise if intel could supply a critical component to their system reliably. The OS for the platform is already public.
IBM's Synapse chips exist by the thousands, and are part of an immense ongoing government research project.
It just so happens that they're incredibly mundane, and have existed before in numerous implementations. Non Von Neumann architectures aren't exactly unicorns.
Not that anyone should expect knowledge from a tripfaggot.
>>55590432
>Not that anyone should expect knowledge from a tripfaggot.
R-rude!
>>55590405
>lonely
