@InProceedings{EspindolaCâmReiBinMon:2005:SpAuIn,
author = "Espindola, Giovana and C{\^a}mara, Gilberto and Reis, Ilka and
Bins, Leonardo and Monteiro, Ant{\^o}nio Miguel Vieira",
affiliation = "Instituto Nacional de Pesquisas Espaciais, Divis{\~a}o de
Processamento de Imagens (INPE, DPI)",
title = "Spatial Autocorrelation Indicators for Evaluation of Remote
Sensing Image Segmentation Algorithms",
booktitle = "Proceedings...",
year = "2005",
pages = "117--121",
organization = "GIS and Spatial Analysis - 2005. Annual Conference of the
International Association for Mathematical Geology, IAMG 2005",
publisher = "IAMG",
keywords = "Algorithms, Autocorrelation, Geology, Image reconstruction,
Quality control, Evaluation of segmentation, Extracting
information, Remote sensing images, Segmentation algorithms,
Segmentation quality, Segmentation results, Similarity criteria,
Spatial autocorrelations, Image segmentation.",
abstract = ": Segmentation algorithms have been often used for extracting
information in remote sensing images. Segmentation consists in a
process where the pixels of an image are grouped into homogeneous
contiguous areas, based on similarity criteria. The resulting
image can then be transformed into vector maps by defining spatial
objects associated to the contiguous areas. The performance of
segmentation algorithms is strongly dependent on ad-hoc parameters
provided by the user. As a consequence, evaluation of segmentation
results is a non trivial task, and for that reason it is very
important to devise techniques to evaluate the quality of
segmentation algorithms and their parameters. A method for
evaluating segmentation quality is presented and used to compare
image segmentation results. This method considers that a good
segmentation has two qualities from a spatial statistics
viewpoint: The resulting regions should have internal homogeneity
and should be distinguishable from its neighborhood. In such
perspective, we propose the use of spatial autocorrelation
indicators as a tool for evaluating the quality of segmentation
algorithms.",
conference-location = "Toronto",
conference-year = "21-26 Aug",
isbn = "0973422025 and 9780973422023",
label = "self-archiving-INPE-MCTIC-GOV-BR",
language = "en",
organisation = "China Univ. of Geosciences, State Key Lab of; Geological Processes
and Mineral Resources; Geological Survey of Canada; International
Association for Mathematical Geology; University of Toronto,
Department of Geology; York University",
urlaccessdate = "12 maio 2024"
}