Приклади вживання High-dimensional Англійська мовою та їх переклад на Українською
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Now, imagine after a stimulus they form high-dimensional networks.
Building a high-dimensional isomorphic hypercomplex number systems.
Now we know that their connections in“high-dimensional space” also factor in.
High-dimensional spaces frequently occur in mathematics and the sciences.
The so-called'Wingmakers' are a high-dimensional breed from the central part of the galaxy.
Grant is interested in deep generative models of audio and other high-dimensional signals.
In time series analysis,where the data are inherently high-dimensional, distance functions also work reliably as long as the signal-to-noise ratio is high enough.
Summary statistics may beused to increase the acceptance rate of ABC for high-dimensional data.
The mathematics usuallyapplied to study networks cannot detect the high-dimensional structures and spaces that we now see clearly”, Markram revealed.
This provides a better representation,allowing faster learning and more accurate classification with high-dimensional data.
The mathematics usuallyapplied to study networks cannot detect the high-dimensional structures and spaces that we now see clearly.”.
Feature construction has long been considered a powerful tool for increasing both accuracy and understanding of structure,particularly in high-dimensional problems.
Especially for high-dimensional data, this metric can be rendered almost useless due to the so-called"Curse of dimensionality", making it difficult to find an appropriate value for ε.
Unlike earlier reinforcement learning agents,DQNs can learn directly from high-dimensional sensory inputs.
One high-dimensional generalization scheme which maximizes the mutual information between the joint distribution and other target variables is found to be useful in feature selection.[2].
What's clear, however,is that neurons have to fire in a“fantastically ordered” manner for these high-dimensional structures to occur.
According to Karimi, using high-dimensional encoding would also bolster security, making the quantum-communication channel more resistant to"noise" from weather or other external influences.
And this simple hypothesis, this simple method, with some computational tricks that have todo with the fact that this is a very complex and high-dimensional space, turns out to be quite effective.
When dealing with high-dimensional inputs such as images, it is impractical to connect neurons to all neurons in the previous volume because such a network architecture does not take the spatial structure of the data into account.
Many researchers, such as the connectionist Paul Smolensky,have argued that connectionist models will evolve toward fully continuous, high-dimensional, non-linear, dynamic systems approaches.
Specifically, it models each high-dimensional object by a two- or three-dimensional point in such a way that similar objects are modeled by nearby points and dissimilar objects are modeled by distant points with high probability.
Many researchers, such as the connectionist Paul Smolensky, haveargued that the direction connectionist models will take is towards fully continuous, high-dimensional, non-linear, dynamic systems approaches.
The researchers would now like to experiment with sending and receiving high-dimensional quantum-encrypted messages at distances of up to 3.5 miles(5.6 kilometers), in order to be able to use the technique on the city scale.
The Quasi-Monte Carlo method recently became popular in the area of mathematical finance or computational finance.[1]In these areas, high-dimensional numerical integrals, where the integral should be evaluated within a threshold ε, occur frequently.
First, t-SNE constructs a probability distribution over pairs of high-dimensional objects in such a way that similar objects have a high probability of being picked while dissimilar points have an extremely small probability of being picked.
Physically, we do not have a 4-dimensional space, but we can achieve a 4-dimensionalquantum Hall effect with a low-dimensional system, because a high-dimensional system is encoded in its complex structure,” says Macael Rechtsman, a professor at the University of Pennsylvania.