| Sun Ling,Tang Junwu,Zhang Jie. 2002. A quantitative striping removal algorithm for HY-1 CCD data. Acta Oceanologica Sinica, (3):355－371 |
| A quantitative striping removal algorithm for HY-1 CCD data |
| A quantitative striping removal algorithm for HY-1 CCD data |
| Received:April 04, 2002 Revised:July 27, 2002 |
| DOI： |
| Key words:Push-broom CCD camera striping removal image destriping |
| 中文关键词: Push-broom CCD camera striping removal image destriping |
| 基金项目:This work was supported by the HY-1 satellite project of the National Satellite Ocean Application Service. |
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| Abstract: |
| Striping is a common phenomenon in remote sensing imagery acquired by most spaceborne and airborne multispectral sensors. In contrast to the destriping of the images of optoelectronic mechanical scanners, fewer work has been done for push-broom CCD images. Based on the characteristics of HY-1 push-broom multispectral CCD camera and its prelaunch radiometric calibration results, the striping features are analyzed and a quantitative striping removal algorithm is proposed. The algorithm is to obtain the inter-detector equalization curves to reflect the differences between detectors by statistic analysis of the satellite imagery data set, and image stripes arising from the nonuniformity of the detectors of the CCD array can be removed using the estimated equalization curves. The preliminary results show that this method can effectively remove the stripes and preserve the radiometric accuracy of the raw data at the same time. |
| 中文摘要: |
| Striping is a common phenomenon in remote sensing imagery acquired by most spaceborne and airborne multispectral sensors. In contrast to the destriping of the images of optoelectronic mechanical scanners, fewer work has been done for push-broom CCD images. Based on the characteristics of HY-1 push-broom multispectral CCD camera and its prelaunch radiometric calibration results, the striping features are analyzed and a quantitative striping removal algorithm is proposed. The algorithm is to obtain the inter-detector equalization curves to reflect the differences between detectors by statistic analysis of the satellite imagery data set, and image stripes arising from the nonuniformity of the detectors of the CCD array can be removed using the estimated equalization curves. The preliminary results show that this method can effectively remove the stripes and preserve the radiometric accuracy of the raw data at the same time. |
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