文章基本信息

标题：LAND COVER MAPPING BASED ON OBIA OF RAPIDEYE SATELLITE DATA
其他标题：KLASYFIKACJA POKRYCIA TERENU METODĄ OBIA Z WYKORZYSTANIEM ZOBRAZOWAŃ SATELITARNYCH RAPIDEYE
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作者：Piotr Wężyk ; Anna Wójtowicz-Nowakowska ; Anna Wójtowicz-Nowakowska 等
期刊名称：Archiwum Fotogrametrii, Kartografii i Teledetekcji
印刷版ISSN：2083-2214
出版年度：2012
卷号：23
语种：English
出版社：Main Board of Association of Polish Surveyors
摘要：Parallel with the development of remote sensing and high resolution satellite images major challenge for modern research has become almost to automate the classification of the data obtained. One of the most rapidly developing methods for automatic classification is object-oriented image analysis (OBIA,Object Based Image Analysis). The aim of the present study was to use the OBIA method to create the current land cover map which is part of the documentation necessary for new water power-station on the middle part of Vistula river. In this paper the RapidEye satellite images (5 spectral bands,two in the NIR range) covering an area of about 5 300 km2 and eCognition Developer (TRIMBLE) software were used. As a result of the analysis and land cover map was obtained,represented by 29 classes. The largest area is covered by agricultural land (59.5%;arable land – 35.52%) and forests (29.1%;mainly coniferous 21.4%),reflecting the rural – forestry character of the area. Analysis of the accuracy of the obtained results has shown that the OBIA method gives quite good results (Kappa coefficient equal to 0.8) for land cover mapping of central part of Poland based on the RapidEye imageries.
其他摘要：Wraz z rozwojem teledetekcji i wysokorozdzielczych obrazów satelitarnych istotnym wyzwaniem dla współczesnych badań stało się zautomatyzowanie procesu klasyfikacji pozyskiwanych danych. Jedną z bardzo szybko rozwijających się metod automatycznej klasyfika
关键词：RapidEye;high-resolution satellite images;object based image analysis OBIA; segmentation;eCognition;land use / land cover
其他关键词：wysokorozdzielcze zobrazowania satelitarne RapidEye;analiza obiektowa obrazu (OBIA);segmentacja;eCognition;pokrycie terenu