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Bibliographic Details
Main Author: Ottensmann, John R.
Format: Recurso educativo Open Access
Language:en
Published: 1995
Subjects:
Online Access:https://eric.ed.gov/?id=EJ518490
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author Ottensmann, John R.
author_facet Ottensmann, John R.
Ottensmann, John R.
collection Education Resources Information Center
contents Using a Gravity Model to Predict Circulation in a Public Library System. Ottensmann, John R. Branch Libraries Futures (of Society) Gravity (Physics) Library Circulation Library Research Mathematical Formulas Models Predictive Measurement Public Libraries Tables (Data) Describes the development of a gravity model based upon principles of spatial interaction to predict the circulation of libraries in the Indianapolis-Marion County Public Library (Indiana). The model effectively predicted past circulation figures and was tested by predicting future library circulation, particularly for a new branch library. (Author/LRW)
format Recurso educativo Open Access
id eric_EJ518490
institution ERIC Institute of Education Sciences
language en
publishDate 1995
record_format eric
spellingShingle Using a Gravity Model to Predict Circulation in a Public Library System.
Ottensmann, John R.
Branch Libraries
Futures (of Society)
Gravity (Physics)
Library Circulation
Library Research
Mathematical Formulas
Models
Predictive Measurement
Public Libraries
Tables (Data)
Using a Gravity Model to Predict Circulation in a Public Library System. Ottensmann, John R. Branch Libraries Futures (of Society) Gravity (Physics) Library Circulation Library Research Mathematical Formulas Models Predictive Measurement Public Libraries Tables (Data) Describes the development of a gravity model based upon principles of spatial interaction to predict the circulation of libraries in the Indianapolis-Marion County Public Library (Indiana). The model effectively predicted past circulation figures and was tested by predicting future library circulation, particularly for a new branch library. (Author/LRW)
title Using a Gravity Model to Predict Circulation in a Public Library System.
topic Branch Libraries
Futures (of Society)
Gravity (Physics)
Library Circulation
Library Research
Mathematical Formulas
Models
Predictive Measurement
Public Libraries
Tables (Data)
url https://eric.ed.gov/?id=EJ518490