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A threshold method for coastal line features extraction from optical satellite imagery

机译:光学卫星图像沿海线特征的阈值方法

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摘要

The coastal zone of world is under increasing stress due to development of industries, trade and commerce, tourism and resultant human population growth and migration, and deteriorating water quality. Satellite imagery is used for mapping of coastal zone ecosystems as well as to assess the extent and alteration in land cover/land us? in coastal ecosystem Beside anthropogenic activities, episodic events, such as storms, floods, induce certain changes or accelerate the process of change, so in order to conserve the coastal ecosystems and habitats is an urgent need to define coastal line and its spatio-temporal changes Coastlines have never been stable in terms of their long term and short term positions. Coastal line is a simple but important type of feature in remote sensed images. In remote sensing have been proposed many valid approaches for automatically identifying of this feature, of which the accuracy and speed is the most important. The aim of the paper is to develop a threshold-based morphological approach for coastline feature extraction from optical remote sensing satellite images (LandsatTM 5, ETM 7 + and IKONOS) and to apply it for Romanian Black Sea coastal zone for period of 20 years (1985 - 2005).
机译:由于行业,贸易,旅游业,旅游业的发展,人口增长和迁移以及水质恶化,世界沿海地区正在增加压力。卫星图像用于沿海地区生态系统的映射,以及评估陆地覆盖范围和土地的范围和改变吗?在沿海生态系统中,在人为的活动中,暴风雨,洪水,洪水等情节事件诱导或加速变化过程,所以为了保护沿海生态系统和栖息地是一种迫切需要定义沿海线和其时空变化的迫切需要在他们的长期和短期职位方面,海岸线从未稳定过。沿海线是遥感图像中简单但重要的功能。在遥感中已经提出了许多有效的方法来自动识别此功能,其中精度和速度是最重要的。本文的目的是开发一种基于阈值的形态学方法,用于来自光学遥感卫星图像(Landsattm 5,ETM 7 +和Ikonos)的海岸线特征提取,并在罗马尼亚黑海沿海区施加20年( 1985年 - 2005年)。

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