Examples of using Our algorithm in English and their translations into Hebrew
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Colloquial
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Ecclesiastic
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Computer
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Programming
Our algorithm doesn't like him.
More information about our algorithm.
Our algorithm is in your hands.
We symmetrize the face, and we run our algorithm.
Our algorithm came through, my man.
We utilize the information in the car and our algorithm to produce the insights.
Our algorithm is Θ( something).
However, we will be able to say that the behavior of our algorithm will never exceed a certain bound.
Our algorithm is going cool on police suits.
This just means that at the beginning of our algorithm, the thing with which we're counting has a value of zero.
So our algorithm matched, for example, this court bailiff.
FFL: Of course,we're still working hard to improve our algorithms, and it still has a lot to learn.
When does our algorithm need the most instructions to complete?
We call this function, i.e. what we put within Θ( here),the time complexity or just complexity of our algorithm.
Thanks to our algorithm and our transcribers.
In practical programming,this is important as it allows us to predict how our algorithm will behave when the input data becomes larger.
Thus, using our algorithm, you can separate both internal and external hard disk.
And so what we found is that by analyzing these artifacts,we can actually recover sound using a modified version of our algorithm.
Owing to this representation, our algorithm generalizes well to earthquake signals never seen during training.
Another feature of the numbers that we are going to generate, is that anyone can get them,even if you have knowledge of the workings of our algorithms.
If our algorithm takes 1 second to run for an input of size 1000, how will it behave if I double the input size?
We're working to incorporate such feedback into our algorithms, and we hope to roll this out more broadly over time.
In principle, our algorithm can identify anything, including dogs and cows, and is capable of deep learning, in other words, learning by itself.
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.
In rare situations, our algorithm may select a URL from an external site that is hosting your content without your permission.
It will be able to optimize our algorithm on its own, increasing our already superior speed and efficiency.
We give our algorithms tens of thousands of examples of people we know to be smiling, from different ethnicities, ages, genders, and we do the same for smirks.
It's better if we can find tight bounds for our algorithms, as these give us more information about how our algorithm behaves, but it's not always easy to do.
So our algorithm, which has the virtue of being quantitative, of being objective, and of course of being extremely fast-- it just runs in a fraction of a second-- can capture some of the most important conclusions of this long tradition of investigation.
When the results of our algorithms on the bottom look very similar to the simulation's truth image on top, then we can start to become more confident in our algorithms. .