Feature extraction plays an important role in many remote sensing applications. Automatic extraction of water bodies is of great significance in many remote sensing applications like change detection, image retrieval etc. This paper presents a procedure for automatic extraction of water information from remote sensing images. The algorithm uses the relative location of R color component of the chromaticity diagram. This method is then integrated with the effectiveness of the spatial scale transformation of whole method. The whole method is based on water index fitted from spectral library. Experimental results demonstrate the improved accuracy and effectiveness of the integrated method for automatic extraction of water bodies
The extraction of urban water bodies from high‐resolution remote sensing images, which has been a ho...
Due to the need of rapid and sustainable development in China's coastal zones, the high-resolution i...
The water index (WI) is designed to highlight inland water bodies in remotely sensed imagery. The ap...
Remote sensing information extraction is the key step of remote sensing application, and the automat...
<p> Extracting water bodies from remotely sensed imagery is an important procedure for many water r...
We propose two new methods for fast extraction of water features in remotely sensed imagery. Our fir...
Water is one of the vital components of the Earth environment which needs to be frequently monitored...
Water body is one of the most active and important earth resources, and which has a profound impact ...
Water body extraction is a hot research topic in remote sensing applications. Using panchromatic opt...
In this paper, Methods and technology of river Extraction are studied. First DEM with K means, Hill ...
This paper studies the use of the Fully Convolutional Networks (FCN) model in the extraction of wate...
Landscape element extraction from high resolution satellite data or orthophotos is not fully automat...
Water body extraction is an important part of water resource management and has been the topic of a ...
Automatic water-body extraction from remote sense images is a challenging problem. Using GIS data to...
In recent years, remote sensing technology has been widespread applied in coastal resources survey a...
The extraction of urban water bodies from high‐resolution remote sensing images, which has been a ho...
Due to the need of rapid and sustainable development in China's coastal zones, the high-resolution i...
The water index (WI) is designed to highlight inland water bodies in remotely sensed imagery. The ap...
Remote sensing information extraction is the key step of remote sensing application, and the automat...
<p> Extracting water bodies from remotely sensed imagery is an important procedure for many water r...
We propose two new methods for fast extraction of water features in remotely sensed imagery. Our fir...
Water is one of the vital components of the Earth environment which needs to be frequently monitored...
Water body is one of the most active and important earth resources, and which has a profound impact ...
Water body extraction is a hot research topic in remote sensing applications. Using panchromatic opt...
In this paper, Methods and technology of river Extraction are studied. First DEM with K means, Hill ...
This paper studies the use of the Fully Convolutional Networks (FCN) model in the extraction of wate...
Landscape element extraction from high resolution satellite data or orthophotos is not fully automat...
Water body extraction is an important part of water resource management and has been the topic of a ...
Automatic water-body extraction from remote sense images is a challenging problem. Using GIS data to...
In recent years, remote sensing technology has been widespread applied in coastal resources survey a...
The extraction of urban water bodies from high‐resolution remote sensing images, which has been a ho...
Due to the need of rapid and sustainable development in China's coastal zones, the high-resolution i...
The water index (WI) is designed to highlight inland water bodies in remotely sensed imagery. The ap...