Apr 19, 2010 · This paper focuses on automating the task of estimating Polar ice thickness from airborne radar data acquired over Greenland and Antarctica.
ABSTRACT. This work focuses on automating the tedious task of estimating ice thickness from airborne radar data acquired over. Greenland and Antarctica.
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Abstract: This work focuses on automating the task of estimating Polar ice thickness from airborne radar data acquired over Greenland and Antarctica.
This work focuses on automating the task of estimating Polar ice thickness from airborne radar data acquired over Greenland and Antarctica. This process.
Gifford, C.M., et al., Automated polar ice thickness estimation from radar imagery. Image Processing,. IEEE Transactions on, 2010. 19(9): p. 2456-2469. 7 ...
This paper focuses on automating the task of estimating Polar ice thickness from airborne radar data acquired over Greenland and Antarctica.
This paper focuses on automating the task of estimating Polar ice thickness from airborne radar data acquired over Greenland and Antarctica.
In another work, Gifford [7] compared the performance of two methods, edge based and active contour, for automating the task of estimating polar ice and bedrock.
This work focuses on automating the task of estimating Polar ice thickness from airborne radar data acquired over Greenland and Antarctica.
Abstract—Accelerated loss of ice from Greenland and Antarctica has been observed in recent decades. The melting of polar ice sheets and mountain glaciers.