Identification of centers of influence for urban areas
type: CreativeWork
description: "A method is developed for the identification of the spatial locations about which urban population densities tend to be distributed. The identification of these "influence centers" is based upon the use of available census data. The method is developed for application to any population characteristic which can be logically represented in terms of spatial density. Examples of such characteristics are; total population, population by race, and population by income group. The method is empirically developed and verified for restricted spatial distributions using artifically generated census tract information. These spatial distributions are compatiable with population distributions that are most readily modeled from census data. Data from a five-county area surrounding Atlanta, Georgia are used in an application of the developed method. This application results in plausible sets of influence centers. The developed method would realize its full potential when directly associated with specific modeling techniques. Areas of further investigation which relate to this potential are suggested"--Abstract, page ii.
abstract: "A method is developed for the identification of the spatial locations about which urban population densities tend to be distributed. The identification of these "influence centers" is based upon the use of available census data. The method is developed for application to any population characteristic which can be logically represented in terms of spatial density. Examples of such characteristics are; total population, population by race, and population by income group. The method is empirically developed and verified for restricted spatial distributions using artifically generated census tract information. These spatial distributions are compatiable with population distributions that are most readily modeled from census data. Data from a five-county area surrounding Atlanta, Georgia are used in an application of the developed method. This application results in plausible sets of influence centers. The developed method would realize its full potential when directly associated with specific modeling techniques. Areas of further investigation which relate to this potential are suggested"--Abstract, page ii.
author: Meyer, Robert W.
keywords: Mechanical Engineering
date published: 2016-02-10T08:00:00Z
date modified: 2026-07-24T03:19:04Z
provider: Missouri University of Science and Technology
publisher: Networked Digital Library of Theses and Dissertations
type: WebPage
source organization: University of Missouri--Rolla