Examples of using Neural networks in English and their translations into Hebrew
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Evolutionary algorithms are capable of solving harder problems than neural networks, but it can take a very long time to solve them.
This deep learning method might be very useful for training search engines' neural networks, the author states,
Unsupervised learning algorithms, also called neural networks, are used for more complex processing tasks than supervised learning systems,
Deep learning technology and generative neural networks have just started the age of creative machines.
because it uses neural networks to train the software.
An unsupervised algorithm- also called neural networks- is used for more complex processing tasks,
Our neural networks might be mirroring another's suffering, but largely because we
To solve this problem, we need to design a hardware that will be compatible with deep neural networks.”.
Axons sprout from neurons and then migrate to specific parts of the developing brain where they interact with other neurons to form neural networks.
Unsupervised Learning algorithms- also known as neural networks- are used for more complex processing tasks than supervised Learning systems,
Early neural networks were limited to dozens
points out that telephone companies have, since the 1960s, been using echo-cancelling algorithms discovered by neural networks.
which is based on the use of deep auto-associative neural networks.
With GANs, researchers typically use a combination of two neural networks that work together to create realistic images embedded with mysterious properties that can fool image-recognition software.
Unsupervised learning algorithms-- also called neural networks-- are used for more complex processing tasks than supervised learning systems, including image recognition, speech-to-text and natural language generation.
The feedforward neural networks are the first and arguably simplest type of artificial neural networks devised.
Neural networks work by scanning millions of samples of sample data and automatically identifying connections between many variables.
Today's most advanced systems for artificial vision are based on an AI approach called deep convolutional neural networks(DCNNs).
Amazingly, the Artificial Neural Networks of Rumelhart and McClelland made the exact same mistake as children do.
backgammon programmers found more success with an approach based on artificial neural networks.