Examples of using Algorithm has in English and their translations into Ukrainian
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                        Colloquial
                    
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                        Ecclesiastic
                    
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                        Computer
                    
 
The algorithm has a complexity of.
Deflection calculation algorithm has  been modified.
The algorithm has to be efficient.
Construction axes displaying algorithm has  been improved.
A simple algorithm has the cost and the price.
Corrected plate geometry refreshing(algorithm has  been refined).
But this algorithm has also some weakness.
Nigma is a metasearch system and its search algorithm has several features.
An algorithm has to be tuned to something.
However this algorithm has a lack.
The algorithm has much in common with PoI and PoS.
Experts agree that the suicide algorithm has potential for good.
This algorithm has  been well-studied and evaluated.
The linear(or linear-logarithmic) algorithm has the order of growth O(n· log n).
This algorithm has similarities with Cohen- Sutherland.
Just like PoS, the algorithm has some modifications.
The algorithm has a feedback input zero or more of the initial amount given before the algorithm  begins.
However, this algorithm has a high memory cost.
An algorithm has zero or more inputs, i.e., quantities which are given to it initially before the algorithm  begins.
In addition to cardiologist-level accuracy, the algorithm has the advantage of not getting tired and can make arrhythmia detections instantaneously and continuously.
This algorithm has a critical path length of Θ(log2 n) steps, meaning it takes that much time on an ideal machine with an infinite number of processors; therefore, it has  a maximum possible speedup of Θ(n3/log2 n) on any real computer.
In addition to cardiologist-level accuracy, the algorithm has the advantage that it does not get fatigued and can make arrhythmia detections instantaneously and continuously.
Presented algorithm has  been implemented in SP LIRA 10.
People who analyze algorithms have double happiness.
Most cryoptocurrency algorithms have just one version, but Cryptonight is unique in that it has  two versions currently being used by various coins.
Because machines must be trained on finite data sets,with humans refereeing from the sidelines, algorithms have a tendency to amplify our preexisting biases- about race, gender, and more.
Since the two portions of the algorithm have, respectively, complexities of O(k) and O(n), the complexity of the overall algorithm  is O(n+ k).
Actual needs depend on implementation details(one can make transactions fail early enough to avoid overhead), but there will also be cases, albeit rare,where lock-based algorithms have better time complexity than software transactional memory.