Examples of using Cantor set in English and their translations into Serbian
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
-
Latin
-
Cyrillic
However this construction is not unique and so the Cantor set is not universal in the precise categorical sense.
In Lebesgue measure theory, the Cantor set is an example of a set which is uncountable
making the Cantor set a universal probability space in some ways.
including the Cantor set and the Sierpinski triangle.
As a compact totally disconnected Hausdorff space, the Cantor set is an example of a Stone space.
one can also construct sets homeomorphic to the Cantor set that have positive Lebesgue measure,
For any point in the Cantor set and any arbitrarily small neighborhood of the point,
It is perhaps most intuitive to think about the Cantor set as the set of real numbers between zero
Instead of repeatedly removing the middle third of every piece as in the Cantor set, we could also keep removing any other fixed percentage(other than 0%
since any compact metric space is a continuous image of the Cantor set; however this construction is not unique
Furthermore, one can show that the usual Lebesgue measure on the interval is an image of the Haar measure on the Cantor set, while the natural injection into the ternary set is a canonical example of a singular measure.
The Cantor Set.
Therefore the Cantor set itself is a metric space,
perfect- thus it is homeomorphic to the Cantor set.
The Cantor set is a subset of the reals,
An example of this is the Smith- Volterra- Cantor set which has topological dimension 0 yet has positive 1-dimensional Lebesgue measure.
The Cantor set consists of all points in the interval[0,
It can be shown that there are as many points left behind in this process as there were to begin with, and that therefore, the Cantor set is uncountable.
The basis for the open sets of the product topology are cylinder sets; the homeomorphism maps these to the subspace topology that the Cantor set inherits from the natural topology on the real number line.