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1. Application of Principal Component Extraction Technique in Processing Cloud Images | |||
WANG Zhenhui,Pei Xiaofang,Guan Li,Xu Jianming | |||
Earth Science 24 January 2008 | |||
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Abstract:Principal Component Extraction technique is employed to process cloud images from 10-channel radiometer onboard the Chinese FY-1 polar-orbiting meteorological satellites. The results suggest that the consensus technique can concentrate the prominent distribution features of the grey shades of the targets, including clouds, landform and oceans shown on the 10 channel images onto a single image, which can be used as a background image in further synoptic system analysis and weather map overlapping. | |||
TO cite this article:WANG Zhenhui,Pei Xiaofang,Guan Li, et al. Application of Principal Component Extraction Technique in Processing Cloud Images[OL].[24 January 2008] http://en.paper.edu.cn/en_releasepaper/content/18350 |
2. Visibility Comparisons over the Horizontal Path by Lidar and Visibility Meter | |||
Sun Zhaobin,Guo Jinjia,Liu Zhishen,Ma Sen,Liu Zhen | |||
Earth Science 10 February 2006 | |||
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Abstract:Abstract: As a new tool to detect atmosphere, 1idar can derive the value of visibility by directly collecting the scattered laser from the atmosphere. It makes lidar become a main instrument for measuring visibility in the future.Simultaneous measurements of atmosphere visibility by Micro-pulsed lidar and visibility meter NQ-1 have been performed to validate the feasibility of MPL systems designed by Ocean Remote Sensing Laboratory ,Ocean University Of China, from October 21 2005 to November 21 2005 in ShiLaoRen Tour Garden in Qingdao . This paper summarizes the characters of the lidar system and the comparison results. | |||
TO cite this article:Sun Zhaobin,Guo Jinjia,Liu Zhishen, et al. Visibility Comparisons over the Horizontal Path by Lidar and Visibility Meter[OL].[10 February 2006] http://en.paper.edu.cn/en_releasepaper/content/5193 |
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