For example, 16-dimensional arrays and so forth. Where can it even be used?

Closed due to the fact that the essence of the question is not clear to the participants 0xdb , Enikeyschik , aleksandr barakin , Kirill Korushkin , mkkik April 30 at 8:39 .

Try to write more detailed questions. To get an answer, explain what exactly you see the problem, how to reproduce it, what you want to get as a result, etc. Give an example that clearly demonstrates the problem. If the question can be reformulated according to the rules set out in the certificate , edit it .

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    Can be used to calculate movement in 16-dimensional space. - Enikeyschik
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    Not from the other side. You took a data structure — a multidimensional array — and began to think: where would you stick it? It is necessary on the contrary: to take a specific task and think about how to solve it, using which data structures. - Alexander Petrov

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Tensor - the mathematical essence of the image. Multidimensional arrays are relevant for solving problems of computer vision and neural networks. For example, any image can be represented as an array of arrays with three elements (R, G, B). Regarding neural networks, a typical example is the Google learning framework, TensorFlow .

  • RGB is still an array of three elements, not a three-dimensional array. - freim 1:56 pm
  • @freim right, thanks! - Tripolsky Peter