Examples of using Such algorithms in English and their translations into Russian
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Such algorithms belong to the complexity class 2-EXPTIME.
The aim of investigation is to transfer the basic design of such algorithms in a programming language on modern computers.
One of such algorithms is shingling algorithm. .
If you ever scored in Google"trading systems forex" or"trading strategies on Forex",you know that such algorithms are dark!
Such algorithms take too much memory and processor time.
E-unification algorithms have been devised;for others it has been proven that no such algorithms can exist.
The analysis of such algorithms leads to the related notion of an expected complexity.
Using string kernels with kernelized learning algorithms such as support vector machines allow such algorithms to work with strings, without having to translate these to fixed-length, real-valued feature vectors.
Such algorithms cannot guarantee to return the globally optimal decision tree.
It also plays a key role in algorithms for computing the treewidth and constructing tree decompositions: typically, such algorithms have a first step that approximates the treewidth, constructing a tree decomposition with this approximate width, and then a second step that performs dynamic programming in the approximate tree decomposition to compute the exact value of the treewidth.
Such algorithms use a stem database for example a set of documents that contain stem words.
Note right away that, for implementations of such algorithms, the locality depends in many ways on the structure of the input graph and may change significantly.
Such algorithms have successfully identified canonical folds such as the four-helix bundle.
The proposed methods of parallelizing implementations of such algorithms and balancing the resulting computational load can help to develop efficient parallel program that fully utilize the hardware capabilities of modern computing systems.
Such algorithms are called Las Vegas algorithms, which distinguishes them from Monte Carlo algorithms which are allowed to make some error.
Various parallelization methods for software implementations of such algorithms and resulting computational load balancing are considered, allowing to obtain significant performance acceleration for application programs using purely sequential algorithms. .
Such algorithms take into account not only the light that comes directly from a light source(direct illumination), but also subsequent cases in which light rays from the same source are reflected by other surfaces in the scene, whether reflective or not indirect illumination.
More details of such algorithms are considered in the literature on numerical methods, e.g., Press et al., Numerical Recipes in C 1992.
Almost all such algorithms can be used provided the votes are counted electronically as the process takes a huge number of operations.
Studio effects include such algorithms like COSM Guitar Amp Modeling, Lo-Fi processing, tempo-synced delay, Slicer, Isolator as well as multiple effects chains.
The advantage of using such algorithms as filtering mechanisms is that they avoid the price analyst from having to examine an extremely large number of price observations.
The flexibility of adjusting the parameters of such algorithms in the course of their adaptation to the input data makes it possible to solve a variety of problems in spectral analysis, filtering, identification and classification of signals.
On another hand, widespread introduction of such algorithms leads to changes in reality and formation of the behavior aimed at receiving an appreciation, or implicit restriction of availability of sources of information because of features of their ranging.
The Abel-Ruffini theorem shows that any such algorithm for dimensions greater than 4 must either be infinite, or involve functions of greater complexity than elementary arithmetic operations and fractional powers.
One such algorithm operates as follows: the maximal red value rmax of all pixels is determined, and also the maximal green value gmax and the maximal blue value bmax.
One such algorithm is Monte Carlo tree search, which concentrates on analyzing the most promising moves, basing the expansion of the search tree on random sampling of the search space.
The simplest such algorithm would create a confidence map in the new image based on the color histogram of the object in the previous image, and use mean shift to find the peak of a confidence map near the object's old position.
One such algorithm starts with an arbitrary partition of the vertices of the given graph G( V, E){\displaystyle G=(V, E)} and repeatedly moves one vertex at a time from one side of the partition to the other, improving the solution at each step, until no more improvements of this type can be made.
Analysis of published data showed that there is no single protocol for the providing of safe stomatological care for pregnant women;currently, therefore, the development of such algorithm is relevant.
For example, public-key cryptography algorithms such as RSA require the ability to quickly find large primes.