Examples of using Neural nets in English and their translations into Vietnamese
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
Those are reinforcement learning and deep neural nets.
In 2015, neural nets from Microsoft and Google defeated humans at image recognition.
The brain is solving a very different problem from most of our neural nets.
Some problems are good for neural nets; we know that others, neural nets are hopeless on them.
OK, so far I liked the fairly narrow focusthat agrees with reinforcement learning and deep neural nets.
Neural nets better than what we previously had been able to code by hand with tens of thousands of lines of C code,” Roddy said.
I would coded everything in her, after all, and I knew exactly how her neural nets changed with each interaction.
The most influential work on neural nets in the 60's went under the heading of'perceptrons' a term coined by Frank Rosenblatt.
The researchers found that changing onepixel in about 74% of the test images made the neural nets wrongly label what they saw.
Photonic neural nets will have to offer significant advantages to be widely adopted and will therefore require much more detailed characterization.
Each night I analyzed the activation graphs for the nodes in the neural nets, trying to find and resolve problems before they occurred.
Even more recently, Le published a paper with fellow Googlers, Ilya Sutskever and Oriol Vinyals,on machine translation using deep neural nets.
Marcus first got interested in artificial intelligence in the 1980s and'90s,when neural nets were still in their experimental phase, and he's been making the same argument ever since.
Modern neural nets can learn to recognize pattern, translate languages, learn simple logical reasoning, and even create images and formulate new ideas.
It was observed by the researchers that altering onepixel in about 74% of the test images made the neural nets mistakenly label what they saw.
For more insights on machine learning, neural nets, data health, and more get your free copy of the new DZone Guide to Big Data Processing, Volume III!
The chips are designed in such a way that researchers can run a single neural net on multiple data sets orrun multiple neural nets on a single data set.
It allows us to build and train neural nets up to five times faster than our first-generation system, so we can use it to improve our products much more quickly.”.
In the future, we can probably expect some important advances in this area,especially as the engineers who design neural nets work more closely with scientists who are uncovering the secrets of howour brains work.
Digital neural nets were invented in the 1950s, but it took decades for computer scientists to learn how to tame the astronomically huge combinatorial relationships between a million- or 100 million- neurons.
Thus, most speech recognitionresearchers who understood such barriers moved away from neural nets to pursue generative modeling, until a recent resurgence of deep learning overcame all these difficulties.
Today, neural nets running on GPUs are routinely used by cloud-enabled companies such as Facebook to identify your friends in photos or, in the case of Netflix, to make reliable recommendations for 50 million subscribers.
There are lots of small best practices, ranging from simple tricks like initializing weights, regularization to slightly complex techniques like cyclic learning rates that can make training anddebugging neural nets easier and efficient.
Neural nets are intrinsically probabilistic: An object-recognition system fed an image of a small dog, for instance, might conclude that the image has a 70 percent probability of representing a dog and a 25 percent probability of representing a cat.
Most speech recognition researchers whounderstood such barriers hence subsequently moved away from neural nets to pursue generative modeling approaches until the recent resurgence of deep learning starting around 2009- 2010 that had overcome all these difficulties.
The progress of AI, neural nets and deep learning have inclined some modern observers to claim that the human mind is merely an intricate organic processing machine- and consciousness, if it exists at all, might simply be a property that emerges from information complexity.
So, I think in the next 20 years, if we can getrid of all of the traditional approaches to artificial intelligence, like neural nets and genetic algorithms and rule-based systems, and just turn our sights a little bit higher to say, can we make a system that can use all those things for the right kind of problem?
We had something in the second wave, the neural nets and statistical approaches were right, we just didn't have enough data, enough compute power, and enough advancements of the technologies at the time to make it happen.