Statistics for Categorical Surveys—A New Strategy for Multivariate Classification and Determining Variable Importance

Surveys can be a rich source of information. However, the extraction of underlying variables from the analysis of mixed categoric and numeric survey data is fraught with complications when using grouping techniques such as clustering or ordination. Here I present a new strategy to deal with classifi...

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Main Author: Alexander Herr
Format: Article
Language:English
Published: MDPI AG 2010-02-01
Series:Sustainability
Subjects:
Online Access:http://www.mdpi.com/2071-1050/2/2/533/
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spelling doaj-922d425f731d48b99b24580f001fcf862020-11-24T21:25:59ZengMDPI AGSustainability2071-10502010-02-012253355010.3390/su2020533Statistics for Categorical Surveys—A New Strategy for Multivariate Classification and Determining Variable ImportanceAlexander HerrSurveys can be a rich source of information. However, the extraction of underlying variables from the analysis of mixed categoric and numeric survey data is fraught with complications when using grouping techniques such as clustering or ordination. Here I present a new strategy to deal with classification of households into clusters, and identification of cluster membership for new households. The strategy relies on probabilistic methods for identifying variables underlying the clusters. It incorporates existing methods that (i) help determine the optimal cluster number, (ii) directly identify variables underlying clusters, and (iii) identify the variables important for classifying new cases into existing clusters. The strategy uses the R statistical software, which is freely accessible to anyone. http://www.mdpi.com/2071-1050/2/2/533/nominalclustertypologystatisticsdata analysisdecision treegrouping
collection DOAJ
language English
format Article
sources DOAJ
author Alexander Herr
spellingShingle Alexander Herr
Statistics for Categorical Surveys—A New Strategy for Multivariate Classification and Determining Variable Importance
Sustainability
nominal
cluster
typology
statistics
data analysis
decision tree
grouping
author_facet Alexander Herr
author_sort Alexander Herr
title Statistics for Categorical Surveys—A New Strategy for Multivariate Classification and Determining Variable Importance
title_short Statistics for Categorical Surveys—A New Strategy for Multivariate Classification and Determining Variable Importance
title_full Statistics for Categorical Surveys—A New Strategy for Multivariate Classification and Determining Variable Importance
title_fullStr Statistics for Categorical Surveys—A New Strategy for Multivariate Classification and Determining Variable Importance
title_full_unstemmed Statistics for Categorical Surveys—A New Strategy for Multivariate Classification and Determining Variable Importance
title_sort statistics for categorical surveys—a new strategy for multivariate classification and determining variable importance
publisher MDPI AG
series Sustainability
issn 2071-1050
publishDate 2010-02-01
description Surveys can be a rich source of information. However, the extraction of underlying variables from the analysis of mixed categoric and numeric survey data is fraught with complications when using grouping techniques such as clustering or ordination. Here I present a new strategy to deal with classification of households into clusters, and identification of cluster membership for new households. The strategy relies on probabilistic methods for identifying variables underlying the clusters. It incorporates existing methods that (i) help determine the optimal cluster number, (ii) directly identify variables underlying clusters, and (iii) identify the variables important for classifying new cases into existing clusters. The strategy uses the R statistical software, which is freely accessible to anyone.
topic nominal
cluster
typology
statistics
data analysis
decision tree
grouping
url http://www.mdpi.com/2071-1050/2/2/533/
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