Examples of using This algorithm in English and their translations into Chinese
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Programming
This algorithm decides what you see in your feed.
John von Neumann invented this algorithm in 1945.
This algorithm, which was created in IBM's Thomas J.
The feed can also use this algorithm to show videos and events.
This algorithm offers guaranteed n log(n) performance.
You may be wondering why is this algorithm called dynamic programming and.
This algorithm offers guaranteed n*log(n) performance.
To execute this algorithm, an FPGA board was developed.
This algorithm is called“dynamic routing between capsules”.
Exercise 13.7 This algorithm works, but it is not very efficient;
This algorithm will help make a soft reset Windows Phone 10, 8.1 and 8.
In other words, this algorithm sacrificed space in order to gain time.
This algorithm is more efficient than Cohen-Sutherland algorithm. .
They called this algorithm No Read Left Behind, or NRLB.
This algorithm is available at no charge on various F20, F40, and F50 instruments.
The advantage of this algorithm is that the calculation results are accurate;
This algorithm was adopted for 2G GSM networks in 1988, and for subsequent 3G networks.
To use this algorithm, you need three things:.
This algorithm has been widely used in banks and other systems, and has a certain industrial foundation.
Repeating this algorithm, we will eventually get to the final load p_f, and our desired solution.
This algorithm reduces the definition of"an object is no longer needed" to"an object is unreachable".
The researchers used this algorithm to examine New York City medical databases and found 55 diseases that correlated with the season of birth.
For this algorithm to work, people would have to be a LOT more self-aware about compatibility- and they're not.
Further, this algorithm searches for patterns within the value labels that was assigned to data points.
Will this algorithm influence- or serve as the basis of- decisions with the potential to negatively impact people's lives?
By using this algorithm, a quantum computer would be able to crack codes much more quickly than any ordinary(or classical) computer could.
This algorithm is a 32-bit extension and improvement of the Fletcher algorithm, used in the ITU-T X. 224/ ISO 8073 standard.
Because this algorithm delays all processing until a new query is received, significant computation can be required to process each new query.
This algorithm won't benefit from memoization because each result is only calculated once and, therefore, caching the results doesn't help.