A comparison between ratio and gradient technique in discriminating cirrus clouds from tropospheric aerosols over water in MODIS data
This study aims to compare between ratio technique (RT) and gradient technique (GT) to distinguish cirrus cloud from tropospheric aerosol over water in MODIS data. Both techniques make use of 1.375 µm and 1.240 µm band and are applied to five different scenes. The outcomes from bot...
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my-unisza-ir.55302022-09-13T05:46:56Z http://eprints.unisza.edu.my/5530/ A comparison between ratio and gradient technique in discriminating cirrus clouds from tropospheric aerosols over water in MODIS data Mustafa, Mamat Asmala, Ahmad Abd Rahman, Mat Amin QA75 Electronic computers. Computer science This study aims to compare between ratio technique (RT) and gradient technique (GT) to distinguish cirrus cloud from tropospheric aerosol over water in MODIS data. Both techniques make use of 1.375 µm and 1.240 µm band and are applied to five different scenes. The outcomes from both techniques are compared using an error matrix in which revealing that the GT has a very high agreement with RT in distinguishing cirrus cloud from tropospheric aerosol in MODIS data. HIKARI Ltd 2014 Article PeerReviewed image en http://eprints.unisza.edu.my/5530/1/FH02-FIK-14-01566.jpg Mustafa, Mamat and Asmala, Ahmad and Abd Rahman, Mat Amin (2014) A comparison between ratio and gradient technique in discriminating cirrus clouds from tropospheric aerosols over water in MODIS data. Applied Mathematical Sciences, 8 (124). pp. 6151-6158. ISSN 1312885X [P] |
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QA75 Electronic computers. Computer science Mustafa, Mamat Asmala, Ahmad Abd Rahman, Mat Amin A comparison between ratio and gradient technique in discriminating cirrus clouds from tropospheric aerosols over water in MODIS data |
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This study aims to compare between ratio technique (RT) and gradient technique (GT) to distinguish cirrus cloud from tropospheric aerosol over water in MODIS data. Both techniques make use of 1.375 µm and 1.240 µm band and are applied to five different scenes. The outcomes from both techniques are compared using an error matrix in which revealing that the GT has a very high agreement with RT in distinguishing cirrus cloud from tropospheric aerosol in MODIS data. |
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Article |
author |
Mustafa, Mamat Asmala, Ahmad Abd Rahman, Mat Amin |
author_facet |
Mustafa, Mamat Asmala, Ahmad Abd Rahman, Mat Amin |
author_sort |
Mustafa, Mamat |
title |
A comparison between ratio and gradient technique in discriminating cirrus clouds from tropospheric aerosols over water in MODIS data |
title_short |
A comparison between ratio and gradient technique in discriminating cirrus clouds from tropospheric aerosols over water in MODIS data |
title_full |
A comparison between ratio and gradient technique in discriminating cirrus clouds from tropospheric aerosols over water in MODIS data |
title_fullStr |
A comparison between ratio and gradient technique in discriminating cirrus clouds from tropospheric aerosols over water in MODIS data |
title_full_unstemmed |
A comparison between ratio and gradient technique in discriminating cirrus clouds from tropospheric aerosols over water in MODIS data |
title_sort |
comparison between ratio and gradient technique in discriminating cirrus clouds from tropospheric aerosols over water in modis data |
publisher |
HIKARI Ltd |
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2014 |
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http://eprints.unisza.edu.my/5530/1/FH02-FIK-14-01566.jpg http://eprints.unisza.edu.my/5530/ |
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