Примери за използване на Neuromorphic на Английски и техните преводи на Български
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We have the Neuromorphic Prototype.
Palmer Tech was working on a self-learning, Neuromorphic Cortex.
They're using a neuromorphic interface similar to how I manipulate the atom suit.
Once the rest of the team returns with the Neuromorphic Prototype.
This is the Neuromorphic Interface for Gideon's logic and navigation matrix.
Because it rewrote his neuromorphic architecture.
Gartner cited the fact that deep neural networks are evolving- andIBM has a library of 150 neuromorphic macros.
We were looking for a Neuromorphic Prototype that Felicity Smoak was working on.
Intel is pushing its wide roster ofco-processors to the edge, and that is where the quantum and neuromorphic chips may fit.
Thanks to our method, neuromorphic chips can be configured for a large class of behavior modes.
Understanding how the brain processes information can make a fundamental contribution to the development of new computing technology- neurorobotics and neuromorphic computing.
Even assuming our compatriots return with a Neuromorphic prototype, we will still need to prepare Gideon for the new device.
Neuromorphic chips are inspired by the human brain, which will help computers make decisions based on patterns and associations.
In the Human Brain Project, we will be able to"export to neuromorphic"- export the network from the detailed models and configure these chips.
To create truly conscious AI, researchers may need to develop technologies that can act upon themselves,perhaps more akin to neuromorphic computers, Koch said.
Most of the existing approaches relating to so-called neuromorphic networks are based on electronics, whereas optical systems-- in which photons, i.e.
Neuromorphic computing- a set of technologies seeking to mimic biological neural networks to improve the hardware efficiency and robustness of computing systems.
Most people have never even heard of the term"neuromorphic"- which is a technology with a specific form("morphic") that is based on brain("neuro") architecture.
Neuromorphic computing is a collection of technologies that mimic biological neural networks to improve the hardware efficiency and robustness of computing systems.
Illustration showing the basic operation of NIST's artificial synapse, which could connect processors andstore memories in future neuromorphic computers operating like the human brain.
Made of lighter,stronger materials made possible by nanotechnology and powered by neuromorphic chips running advanced deep learning algorithms, they will interact with us in a very natural, almost human-like way.
The study showed that a single Graphics Processing Unit(GPU) was able to achieve processing speeds up to 10 per cent faster than is currently possible using either a supercomputer or the SpiNNaker neuromorphic system, a custom-built machine.
Technologies as complements or alternatives to nano-electronics,such as neuromorphic computing powering artificial intelligence applications, or integrated quantum computing;
The working group, called the President's Council of Advisors on Science and Technology or PCAST, recommended the U.S. respond to the Chinese chip threat by investing more in innovation and education andcreating new types of quantum and neuromorphic computers.
NIST's synapse would be used in neuromorphic computers made of superconducting components, which can transmit electricity without resistance, and therefore, would be more efficient than other designs based on semiconductors or software.
Scientists are exploring neodymium nickel oxide for various applications,including as a possible building block for neuromorphic devices- artificial systems that mimic biological neurons.
The switch is meant to boost the ability of the so-called“neuromorphic computers” which can support AI that one day could be vital to improving the perception and decision-making abilities of smart devices such as self-driving cars and even cancers diagnostic tools.
A single GPU was able to achieve processing speeds up to 10 percent faster than is currently possible using either a supercomputer or the SpiNNaker neuromorphic system, a custom-built machine developed as a part of the £1bn European Human Brain Project(HBP).
The switch is meant to boost the ability of the so-called“neuromorphic computers” which can support AI that one day could be vital to improving the perception and decision-making abilities of smart devices such as self-driving cars and even cancers diagnostic tools.