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In [[mathematics]], the '''counting measure''' is an intuitive way to put a [[measure (mathematics)|measure]] on any [[Set (mathematics)|set]]: the "size" of a [[subset]] is taken to be the number of elements in the subset, if the subset has finitely many elements, and [[&infin;]] if the subset is [[infinite_set|infinite]].<ref name="pm">{{PlanetMath|urlname=CountingMeasure|title=Counting Measure}}</ref>
 
The counting measure can be defined on any measurable set, but is mostly used on [[countable]] sets.<ref name="pm" />
 
In formal notation, we can make any set <math>X</math> into a [[measurable space]] by taking the [[sigma-algebra]] <math>\Sigma </math> of measurable subsets to consist of all subsets of <math>X</math>.   Then the counting measure <math>\mu</math> on this measurable space <math>(X,\Sigma)</math> is the positive measure <math>\Sigma\rightarrow[0,+\infty]</math> defined by
 
:<math>
\mu(A)=\begin{cases}
\vert A \vert & \text{if } A \text{ is finite}\\
+\infty & \text{if } A \text{ is infinite}
\end{cases}
</math>
 
for all <math>A\in\Sigma</math>, where <math>\vert A\vert</math> denotes the [[cardinality]] of the set <math>A</math>.<ref>Schilling (2005), p.27</ref>
 
The counting measure on <math>(X,\Sigma)</math> is [[σ-finite]] if and only if the space <math>X</math> is [[countable]].<ref>Hansen (2009) p.47</ref>
 
==Notes==
{{Reflist}}
==References==
*Schilling, René L. (2005)."Measures, Integral and Martingales". Cambridge University Press.
*Hansen, Ernst (2009)."Measure theory, Fourth Edition". Department of Mathematical Science, University of Copenhagen.
{{DEFAULTSORT:Counting Measure}}
[[Category:Measures (measure theory)]]

Revision as of 06:00, 4 February 2014

In mathematics, the counting measure is an intuitive way to put a measure on any set: the "size" of a subset is taken to be the number of elements in the subset, if the subset has finitely many elements, and if the subset is infinite.[1]

The counting measure can be defined on any measurable set, but is mostly used on countable sets.[1]

In formal notation, we can make any set into a measurable space by taking the sigma-algebra of measurable subsets to consist of all subsets of . Then the counting measure on this measurable space is the positive measure defined by

for all , where denotes the cardinality of the set .[2]

The counting measure on is σ-finite if and only if the space is countable.[3]

Notes

43 year old Petroleum Engineer Harry from Deep River, usually spends time with hobbies and interests like renting movies, property developers in singapore new condominium and vehicle racing. Constantly enjoys going to destinations like Camino Real de Tierra Adentro.

References

  • Schilling, René L. (2005)."Measures, Integral and Martingales". Cambridge University Press.
  • Hansen, Ernst (2009)."Measure theory, Fourth Edition". Department of Mathematical Science, University of Copenhagen.
  1. 1.0 1.1 Template:PlanetMath
  2. Schilling (2005), p.27
  3. Hansen (2009) p.47