Ground Receiving System for KOMPSAT-2 |
Kim, Moon-Gyu
(Satellite Technology Research Center, KAIST)
Kim, Tae-Jung (Satellite Technology Research Center, KAIST) Choi, Hae-Jin (Satellite Operation & Application Center, Korea Aerospace Research Institute) Park, Sung-Og (Satellite Technology Research Center, KAIST) Lee, Dong-Han (Satellite Operation & Application Center, Korea Aerospace Research Institute) Im, Yong-Jo (Satellite Technology Research Center, KAIST) Shin, Ji-Hyun (Satellite Technology Research Center, KAIST) Choi, Myung-Jin (Satellite Technology Research Center, KAIST) Park, Seung-Ran (Satellite Technology Research Center, KAIST) Lee, Jong-Ju (Satellite Technology Research Center, KAIST) |
1 |
Intelligent schemes for improving interpolation using distribution parameters and segmentation
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2 |
DEM extraction from KOMPSAT-1 EOC stereo images and accuracy assessment
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과학기술학회마을 DOI |
3 |
Automated image reception, processing and distribution system for KOMPSAT-2
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4 |
Tracking road centerlines from high resolution remote sensing images by least squares correlation matching
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5 |
Satellite Image Processing Software for Value-Added Products
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과학기술학회마을 DOI |
6 |
Development of high-resolution satellite image data receiving and processing system
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7 |
Camera modeling of Linear pushbroom images-Quality analysis of various algorithm
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과학기술학회마을 DOI |
8 |
Automatic Satellite Image Registration by Combination of Stereo Matching and Random Sample Consensus
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9 |
A Study on the Epipolarity of Linear Pushbroom Images
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10 |
Development of a Robust Algorithm for Transformation of a 3D Object point onto a 2D Image Point for Linear Pushbroom Imagery
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11 |
Ortho-rectification of satellitebased Linear Pushbroom-type CCD Camera Images
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과학기술학회마을 DOI |
12 |
Requirements study of a highresolution satellite image receiving, processing and archiving system
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13 |
DEM Extraction from KOMPSAT-1 EOC Data
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14 |
Satellite orbit and attitude modelling for geometric correction of linear pushbroom images
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15 |
Accurate Extraction of Digital Elevation Models from SPOT Stereo Images: Stereo Matching based on the Epipolarity and Scene Geometry
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