Aiming at the storage and management problems of massive remote sensing data, this paper gives a comprehensive analysis of the characteristics and advantages of thirteen data storage centers or systems at home and abroad. They mainly include the NASA EOS, World Wind, Google Earth, Google Maps, Bing Maps, Microsoft TerraServer, ESA, Earth Simulator, GeoEye, Map World, China Centre for Resources Satellite Data and Application, National Satellite Meteorological Centre, and National Satellite Ocean Application Service. By summing up the practical data storage and management technologies in terms of remote sensing data storage organization and storage architecture, it will be helpful to seek more suitable techniques and methods for massive remot...
Since the traditional approaches of managing remote sensing image data could no longer deal with the...
Within the last few years the situation of satellite and airborne supported remote sensing has chang...
In a rapidly changing world, there is an ever-increasing need to monitor the Earth’s resources...
With the rapid development of remote sensing technology, spatial information is exploding. For curre...
Since Landsat-1 first started to deliver volumes of pixels in 1972, the volumes of archived data in ...
With the continuous development of earth observing technology of China, Remote sensing image data ha...
Owing to the rapid development of earth observation technology, the volume of spatial information is...
Current and next decade global Earth observing, other remote sensing and related climate analysis da...
Remote sensing (RS) systems have been collecting massive volumes of datasets for decades, managing a...
In the planetary sciences, the volume of remote sensing data and derived research products has been ...
The increased availability of large remote sensing datasets is generating heightened interest within...
Earth observation (EO) has witnessed a growing interest in research and industry, as it covers a wid...
Although the volume of the remote sensing data managed by the Earth Observing System Data and Inform...
With the number of satellite sensors and date centers being increased continuously, it is becoming a...
With the rapid development of remote sensing and computer technologies, remote sensing image data ob...
Since the traditional approaches of managing remote sensing image data could no longer deal with the...
Within the last few years the situation of satellite and airborne supported remote sensing has chang...
In a rapidly changing world, there is an ever-increasing need to monitor the Earth’s resources...
With the rapid development of remote sensing technology, spatial information is exploding. For curre...
Since Landsat-1 first started to deliver volumes of pixels in 1972, the volumes of archived data in ...
With the continuous development of earth observing technology of China, Remote sensing image data ha...
Owing to the rapid development of earth observation technology, the volume of spatial information is...
Current and next decade global Earth observing, other remote sensing and related climate analysis da...
Remote sensing (RS) systems have been collecting massive volumes of datasets for decades, managing a...
In the planetary sciences, the volume of remote sensing data and derived research products has been ...
The increased availability of large remote sensing datasets is generating heightened interest within...
Earth observation (EO) has witnessed a growing interest in research and industry, as it covers a wid...
Although the volume of the remote sensing data managed by the Earth Observing System Data and Inform...
With the number of satellite sensors and date centers being increased continuously, it is becoming a...
With the rapid development of remote sensing and computer technologies, remote sensing image data ob...
Since the traditional approaches of managing remote sensing image data could no longer deal with the...
Within the last few years the situation of satellite and airborne supported remote sensing has chang...
In a rapidly changing world, there is an ever-increasing need to monitor the Earth’s resources...