<p>Cartosat-1 is a global, high resolution stereographic imaging mission to support enhanced applications in several areas of terrain mapping, natural resources management, disaster management, infrastructure and development planning. A collaborative project of generating statewide Digital Elevation Model (DEMs) and mosaic of Ortho-image for all the states and union territories in India has completed under the project namely Space based Information Support for Decentralized Planning (SIS-DP) using Photogrammetric techniques with Cartosat-1 stereo data. Approximately 11000 stereo pairs of Cartosat-1 data were used in this process. Photogrammetric blocks for each state were processed using existing reference tiles and accordingly ortho-image...
High resolution CARTOSAT-1 satellite with its along track stereo capability has opened a number of a...
Cartosat-1 data provides along track stereo data continuously with its fore and aft cameras. 10 bit ...
This paper proposes a new algorithm for automatic digital terrain model (DTM) generation from high r...
Cartosat-1 is a global, high resolution stereographic imaging mission to support enhanced applicatio...
Cartosat-1 je globalna stereoskopska misija visoke razlučivosti kojoj je cilj podrška naprednim prim...
With the launch of Indian Remote Sensing satellite Cartosat-1, an along-track stereo mission, new po...
ABSTRACT: High resolution data have high relief displacement in hilly terrains. Stereo imaging from ...
With the availability of CARTOSAT-1 data with stereo capability, it is possible to generate accurate...
High resolution data have high relief displacement in hilly terrains. Development of Digital Elevati...
AbstractCartosat-I or IRS P5 (Indian Remote Sensing Satellite) is a remote sensing satellite meant f...
This study evaluates the accuracy of digital elevation models (DEMs) produced from Cartosat-1 data. ...
The DEM (Digital Elevation Model) and ortho-image have been used in various fields such as 3D (dimen...
High resolution space-borne remote sensing image data show a high level of detail and provide many o...
Cartosat-1 is the first Indian Remote Sensing satellite able to collect in-track high resolution ste...
Cartosat-1 is the first Indian Remote Sensing satellite, developed for topographic mapping, able to ...
High resolution CARTOSAT-1 satellite with its along track stereo capability has opened a number of a...
Cartosat-1 data provides along track stereo data continuously with its fore and aft cameras. 10 bit ...
This paper proposes a new algorithm for automatic digital terrain model (DTM) generation from high r...
Cartosat-1 is a global, high resolution stereographic imaging mission to support enhanced applicatio...
Cartosat-1 je globalna stereoskopska misija visoke razlučivosti kojoj je cilj podrška naprednim prim...
With the launch of Indian Remote Sensing satellite Cartosat-1, an along-track stereo mission, new po...
ABSTRACT: High resolution data have high relief displacement in hilly terrains. Stereo imaging from ...
With the availability of CARTOSAT-1 data with stereo capability, it is possible to generate accurate...
High resolution data have high relief displacement in hilly terrains. Development of Digital Elevati...
AbstractCartosat-I or IRS P5 (Indian Remote Sensing Satellite) is a remote sensing satellite meant f...
This study evaluates the accuracy of digital elevation models (DEMs) produced from Cartosat-1 data. ...
The DEM (Digital Elevation Model) and ortho-image have been used in various fields such as 3D (dimen...
High resolution space-borne remote sensing image data show a high level of detail and provide many o...
Cartosat-1 is the first Indian Remote Sensing satellite able to collect in-track high resolution ste...
Cartosat-1 is the first Indian Remote Sensing satellite, developed for topographic mapping, able to ...
High resolution CARTOSAT-1 satellite with its along track stereo capability has opened a number of a...
Cartosat-1 data provides along track stereo data continuously with its fore and aft cameras. 10 bit ...
This paper proposes a new algorithm for automatic digital terrain model (DTM) generation from high r...