Examples of using The algorithm can in English and their translations into Ukrainian
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Colloquial
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Computer
The algorithm can be written in pseudocode, but.
Finally, the array is sorted, and the algorithm can stop.
In words the algorithm can be described as follows.
At this point,half of the vector can be discarded, and the algorithm can be run again on the other half.
This is why the algorithm can be tweaked and improved.
People also translate
And when you consider that a couple of days in only one quarter of the camera and shoot about a million hours of video-the task becomes impossible for a human, but the algorithm can be several hundred times to reduce the number of hours of video to study.".
The algorithm can be expressed as(0-based array):.
A small error that has crept into the algorithm can lead to very large consequences.
The algorithm can figure out which parameters do not matter.
However, variations of the algorithm can be used for fewer than eight points.
Thus, the algorithm can be written as a sequence of equations.
Given the two sorted lists, the algorithm can check if an element of the first array and an element of the second array sum up to s in time O(2N/2).
The algorithm can be stopped at a certain residual error or after a fixed number of iterations.
After that the algorithm can fix variable x 1{\displaystyle x_{1}} to TRUE and ask again.
The algorithm can be used by developers of automatic control systems for optimizing digital control systems.
Therefore, in the future, the algorithm can be quickly reconfigured to solve another problem, for example, to recognize chickens and ducks.
The algorithm can be extended to more complicated cases in which each nest has multiple eggs representing a set of solutions.
The algorithm can act as a benchmark, deviation from the proposals of which requires detailed justification and argumentation.
The algorithm can form the basis of a new mobile application which will warn the user about risk at which that itself(himself) puts.
Note that the algorithm can sometimes generate incorrect results, especially when single quotes at the start of contractions are involved.
That way the algorithm can make certain parameters more influential, until it determines the correct mathematical manipulation to fully process the data.
In practice, the algorithm can check the evaluations above atthe same time it is checking the consistency of x k+ 1= a k+ 1{\displaystyle x_{ k+1}= a_{ k+1}}.
On Facebook, where the algorithm can bring up almost any of your recent posts any time, and where posts get recycled in news feeds if they continue to get engagement, you need to be a little more conservative.
The algorithm can be extended to the k-way multi-partitioning problem, but then takes O(n(k- 1)mk- 1) memory where m is the largest number in the input, making it impractical even for k= 3 unless the inputs are very small numbers.
Given the two sorted lists, the algorithm can check if an element of the first array and an element of the second array sum up to s in time O(2N/2). To do that, the algorithm passes through the first array in decreasing order(starting at the largest element) and the second array in increasing order(starting at the smallest element).
In particular, Polsterer cautions, the algorithms can only do what they have been trained to do.
For example, the algorithms could be designed to provide patients with unnecessary tests or medication in which the algorithm's proprietary owners hold stakes.
For example, even between Xi and Huang, before the start of their project, there was some debate about whether volunteers participating in the experiment could be allowed to fall so that the algorithm could learn this information.