Submit an Article
Become a reviewer
Vol 156
Pages:
171-172
Download volume:
RUS
Research article
Surveying and geodesy

Optimization of the number of classes when estimating probability distributions of properties of natural objects

Authors:
L. P. Vlasevskii
About authors
  • Irkutsk State Technical University
Date submitted:
2003-06-08
Date accepted:
2003-07-21
Date published:
2004-09-09

Abstract

A review of approaches to determining the number of intervals in the construction of histograms is made. A contradiction between the accuracy and detail of representation of probability distribution curves of properties of natural objects is shown. A new analytical expression for the optimal number of classes that resolves this contradiction is proposed.

Власьевский Л.П. Оптимизация количества классов при оценке распределений вероятностей свойств природных объектов // Записки Горного института. 2004. Т. 156. С. 171-172.
Vlasevskii L.P. Optimization of the number of classes when estimating probability distributions of properties of natural objects // Journal of Mining Institute. 2004. Vol. 156. p. 171-172.
Go to volume 156

References

  1. Новицкий П.В. Оценка погрешности результатов измерений / П.В.Новицкий, И.А.Зограф. Л.: Энергоатомиздат, 1991. 304 с.
  2. Хальд А. Математическая статистика с техническими приложениями. М.: Изд-во иностранной литературы, 1956. 664 с.
  3. Sturgess H.A. The choice of classic intervals // J. American statist.- Ass.- march 1926. 47 p.

Similar articles

Determining the area of a plot using the coordinates of additional points of its sides
2004 M. Ya. Bryn, A. V. Astapovich, A. I. Kondratev
Mountain roof strikes: conditions of occurrence and forms of manifestation
2004 V. M. Shik
Development of St. Petersburg subway tunnel lining stress-strain state during operation
2004 M. O. Lebedev
Estimation of deformation and strength characteristics of the tunnel's host rocks by seismic data
2004 O. V. Boiko
Determination of plumb line deviation components using space navigation system consumer equipment
2004 A. I. Yakovlev
Mathematical model of rock massif deformation and fracture
2004 A. G. Olovyannyi