利用計算智慧方法於影像除霧問題及其硬體實現

碩士 === 國立勤益科技大學 === 資訊工程系 === 104 === The image quality will be reduced with the light attenuation by atmospheric particles when taking a photograph outdoors, especially in the environment with haze. Because the hazy images lose a lot of information, the image recognition systems cannot recognize th...

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Main Authors: You-Lin Lin, 林佑霖
Other Authors: Lung-Tsai Li
Format: Others
Language:zh-TW
Published: 2016
Online Access:http://ndltd.ncl.edu.tw/handle/09205448133090510377
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spelling ndltd-TW-104NCIT53920062017-09-17T04:24:32Z http://ndltd.ncl.edu.tw/handle/09205448133090510377 利用計算智慧方法於影像除霧問題及其硬體實現 利用計算智慧方法於影像除霧問題及其硬體實現 You-Lin Lin 林佑霖 碩士 國立勤益科技大學 資訊工程系 104 The image quality will be reduced with the light attenuation by atmospheric particles when taking a photograph outdoors, especially in the environment with haze. Because the hazy images lose a lot of information, the image recognition systems cannot recognize the target in the image. In order to raise image processing effectiveness, there are two image de-hazing methods proposed which are using the fuzzy inference system and the TSK-type IRSFCMAC to estimate transmission maps, then refine transmission maps with the weighted method. In the part of atmospheric light, we use the results which are estimated from the fuzzy inference system and the TSK-type IRSFCMAC, and combine the average method to calculate the atmospheric light to solve the color cast problem. We use hardware to implement both methods. In the experimental results, we compare the proposed methods with the other existing approaches which are divided into two part simulation implement and hardware implement. The experimental results show that hardware results have great performance and similar to the simulation results. Lung-Tsai Li, Cheng-Jian Lin 李隆財 林正堅 2016 學位論文 ; thesis 55 zh-TW
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description 碩士 === 國立勤益科技大學 === 資訊工程系 === 104 === The image quality will be reduced with the light attenuation by atmospheric particles when taking a photograph outdoors, especially in the environment with haze. Because the hazy images lose a lot of information, the image recognition systems cannot recognize the target in the image. In order to raise image processing effectiveness, there are two image de-hazing methods proposed which are using the fuzzy inference system and the TSK-type IRSFCMAC to estimate transmission maps, then refine transmission maps with the weighted method. In the part of atmospheric light, we use the results which are estimated from the fuzzy inference system and the TSK-type IRSFCMAC, and combine the average method to calculate the atmospheric light to solve the color cast problem. We use hardware to implement both methods. In the experimental results, we compare the proposed methods with the other existing approaches which are divided into two part simulation implement and hardware implement. The experimental results show that hardware results have great performance and similar to the simulation results.
author2 Lung-Tsai Li,
author_facet Lung-Tsai Li,
You-Lin Lin
林佑霖
author You-Lin Lin
林佑霖
spellingShingle You-Lin Lin
林佑霖
利用計算智慧方法於影像除霧問題及其硬體實現
author_sort You-Lin Lin
title 利用計算智慧方法於影像除霧問題及其硬體實現
title_short 利用計算智慧方法於影像除霧問題及其硬體實現
title_full 利用計算智慧方法於影像除霧問題及其硬體實現
title_fullStr 利用計算智慧方法於影像除霧問題及其硬體實現
title_full_unstemmed 利用計算智慧方法於影像除霧問題及其硬體實現
title_sort 利用計算智慧方法於影像除霧問題及其硬體實現
publishDate 2016
url http://ndltd.ncl.edu.tw/handle/09205448133090510377
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