Examples of using Our algorithm in English and their translations into Greek
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Colloquial
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Official
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Medicine
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Ecclesiastic
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Financial
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Official/political
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Computer
Owing to our algorithm.
Our algorithm is something.
And we run our algorithm.
Our algorithm is ω(something).
And I'm running our algorithm now.
Our algorithm is Θ(something).
And see how our algorithm works.
Our algorithm doesn't like him.
We symmetrize the face, and we run our algorithm.
Our algorithm can find out!
Both of these computers could run our algorithm.
And our algorithm is closi in on the location.
We don't have a golden couple, and our algorithm may be killing people.
Our algorithm is going cool on police suits.
So Ω gives us a lower bound for the complexity of our algorithm.
Our algorithm is Ω( something) A number is≥ something.
We use OPNET simulation to verify the performance of our algorithm.
When does our algorithm need the most instructions to complete?
The news is automatically categorized by our algorithm and inserted into our database.
Our algorithm automatically identifies and selects the courier company which offers the lowest price.
However, we will be able to say that the behavior of our algorithm will never exceed a certain bound.
We call this function, i.e. what we put within Θ(here), the time complexity orjust complexity of our algorithm.
For any route in Europe, our algorithm will select the best price-to-performance ratio.
Our algorithm compares and selects the best price available on the market for the chosen destination and type of parcel.
This just means that at the beginning of our algorithm, the thing with which we're counting has a value of zero.
Our algorithm was developed to listen for unique sounds, like gunshots, explosions, fire and carbon detection devices, etc.
The PR you see publicly is different from the number our algorithm actually uses for ranking.
We found that by using our algorithm, which determines when and how much caffeine a subject should consume, we can improve alertness by up to 64 percent, while consuming the same total amount of caffeine," says Reifman.
This will make life easier for us,as we won't have to specify exactly how fast our algorithm runs, even when ignoring constants the way we did before.
Our algorithm is the first quantitative tool that provides automated, customized guidance for safe and effective caffeine dosing to maximize alertness at the most needed times during any sleep-loss condition,” said Reifman in a press release.