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Population Estimation Mining Using Satellite Imagery

By Kwankamon Dittakan, Frans Coenen, Rob Christley and Maya Wardeh

Abstract

Abstract. Many countries around the world regularly collect census data. This census data provides statistical information regarding populations to in turn support decision making processes. However, traditional approaches to the collation of censes data are both expensive and time consuming. The analysis of high resolution satellite imagery provides a useful alternative to collecting census data which is significantly cheaper than traditional methods, although less accurate. This paper describes a technique for mining satellite imagery, to extract census information, founded on the use of classification techniques coupled with a graph based representation of the relevant imagery. The fundamental idea is to build a classifier that can label households according to “family size ” which can then be used to collect census data. To act as a focus for the work training data obtained from villages lying some 300km to the northwest of Addis Ababa in Ethiopia was used. The nature of each household in the segmented training data was captured using a tree-based representation. Each tree represented household had a “family size ” class label associated with it. This data was then used to build a classifier that can be used to predict household sizes according to the nature of the tree-based structure

Topics: Satellite Image Analysis and Mining, Data Mining Applications, Population Estimation Mining
Year: 2013
OAI identifier: oai:CiteSeerX.psu:10.1.1.309.159
Provided by: CiteSeerX
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