Examples of using Neural network can in English and their translations into Ukrainian
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Computer
A neural network can learn tasks largely on its own by analyzing vast amounts of data.
In the 1980s, researchers had come up with a clever idea abouthow to turn language into the type of problem a neural network can tackle.
A neural network can learn a lot of tasks by itself by analyzing large amounts of data.
By tuning the calculation each neuron performs, an artificial neural network can learn to perform tasks as diverse as recognizing cats and driving a car.
Neural network can also assess behavior, analyze facial expression, and overhear people's talks.
Training the weights in a neural network can be modeled as a non-linear global optimization problem.
The neural network can be associated with a road through the woods, and the fact that this path can be influenced.
And a very deep neural network can now do considerably better than the thing that won the competition.
A neural network can take a recording of a symphony orchestra performed by Bach and turn it into the same melody, but the piano will be Beethoven's part.
Therefore, even though artificial neural network can process specific data, it cannot process information in a rich and multi-dimensional manner as the human brain does.
Advanced neural network can calculate the age of all the internal organs, to know the functional status and compare it with the average desired age group.
Google has shown in the past that a neural network can accelerate diagnosis of cancer in digital images, but most pathologists are using compound light microscopes to examine slides.
Once the system is properly trained, the neural network can easily separate the spatial features of the present image from any external interference(in which the role of light often appears).
Neural networks can be made to learn.
Researches have shown that neural networks can harm themselves and people in case they optimize their work improperly.
And if the“machine” neural networks can be programmed, then why not try to do the same with our brain?
This neural network could be biological, inside our visual cortices, or, nowadays, we start to have the capability to model such neural networks on the computer.
From 1999 to 2001,Fogel and Chellapilla published papers showing how a convolutional neural network could learn to play checkers using co-evolution.
Neural networks can recognize human emotions on photos, turn pictures into paintings in the style of famous artists, understand and synthesize natural language.
Just like biological systems, neural networks can model themselves, seeking to develop the best possible model of behavior.".
Such neural networks can search by photos or create a convincing synthesis of speech, but Norman had another task.
Even now, neural networks can detect obesity stages, scan for cancer, and identify a heart attack risk by an image in a more precise and quick way compared to doctors.
In order that the neural network could correctly solve the problem, it is required“to use” millions of data set inputs.
There is already a lot of algorithms that are based on neural networks can generate a variety of works.
Able to recognize patterns in data thathumans could never identify on their own, neural networks can be enormously powerful in the right situation.
Capable of recognizing patterns of data thathumans could never identify alone, neural networks can be extremely powerful in the right situation.
In the world there are already a lot of algorithms that are based on neural networks can generate a variety of works.
One claim that is especially questionable is that neural networks can compensate for a lower quality of data.
In the 1980s, Minsky and Good had shown how artificial neural networks could be generated automatically--self replicated--in accordance with any arbitrary learning program.