Приклади вживання Billions of neurons Англійська мовою та їх переклад на Українською
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This problem is solved by the brain having billions of neurons.
The brain has about 100 billions of neurons and at least 100 trillion neuron connections.
You might think this is not much, compared to the billions of neurons we have.
In addition to billions of neurons, the brain has other types of cells that are always active.
Rather, they too are avalanches of electric signals fired by billions of neurons.
But that doesn't explain the billions of neurons and trillions of synapses that are engaged in vision.
You might think this isn't much according to the billions of neurons we have.
There are billions of neurons that form trillions of connections in the adult human nervous system.
You might think this is not much, compared to the billions of neurons we have.
In addition to billions of neurons, the brain is also full of other types of cells that are continually in use.
So you might think this is not much, according to the billions of neurons we have.
Hundreds of billions of neurons carry electrical signals that control the body from the brain and the spinal cord.
All that we think and remember,all our movements should somehow be encoded in billions of neurons in our heads.
When billions of neurons send billions of electric signals back and forth, subjective experiences emerge.
Everything we think and remember, and all our movements,must somehow be coded in the billions of neurons in our heads.
Until 1998 it was believed that we are born with billions of neurons that die off gradually with age, and that the new cells are never created.
Your brain is basically making predictions, guesses,that it's constructing in the moment with billions of neurons working together.
Thinking is an inherently parallel process, billions of neurons firing simultaneously to create synchronous waves of cortical computation.
Millions and millions of actors doing complex things, human beings,each of them and their brain have billions and billions and billions of neurons, doing all sorts of unpredictable things.
The human brain has tens of billions of neurons, and they are constantly performing weighted summation and threshold functions many times per second that together control all of our thoughts and actions.
When you simply open your eyes and look about this room, billions of neurons and trillions of synapses are engaged.
At its core,Tsien's theory of connectivity describes how our billions of neurons flexibly assemble to not only gather knowledge, but to crystalize concepts and extrapolate from learned ideas to reason about things we have not yet experienced.
These triple concepts are observed in the control center of the body,the brain, with its billions of neurons and trillions of synaptic connections.
During this period in the cortex of the fetus ripen billions of neurons, which form the trillions of neural connections.
Hence even when we figure in memories, imaginations and thoughts,we are still left with a series of electrochemical reactions that pass through billions of neurons, ending with the activity of adrenal glands and leg muscles.
In contrast, our brains, which were the original inspiration for neural networks,have billions of neurons that are all capable of doing something at the same time.
Something that has hundreds of millions of actors, each of them with tens of billions of neurons in their brain and doing all sorts of crazy things.
Just like the brain consists of billions of highly connected neurons, a basic operating unit in a neural network is a neuron-like node.
The brain consists of a hundred billion neurons, the same as in the galaxy.