Medical Image Diagnostics based on Deep Transfer Learning

碩士 === 元智大學 === 工業工程與管理學系 === 107 === In recent years, artificial intelligence and deep learning have developed rapidly and have achieved good results. At present, many fields are slowly introducing artificial intelligence to assist their work and make their work more efficient. The development of a...

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Main Authors: Guan-Hong Shih, 施冠宏
Other Authors: Chuan-Jun Su
Format: Others
Language:en_US
Published: 2019
Online Access:http://ndltd.ncl.edu.tw/handle/fvstx4
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spelling ndltd-TW-107YZU050310402019-11-08T05:12:15Z http://ndltd.ncl.edu.tw/handle/fvstx4 Medical Image Diagnostics based on Deep Transfer Learning 基於遷移學習的醫學圖像診斷 Guan-Hong Shih 施冠宏 碩士 元智大學 工業工程與管理學系 107 In recent years, artificial intelligence and deep learning have developed rapidly and have achieved good results. At present, many fields are slowly introducing artificial intelligence to assist their work and make their work more efficient. The development of artificial intelligence in medical care has recently been introduced by more and more hospitals to assist doctors. Reducing the burden on doctors, allowing doctors to use reduced time and spirit to treat patients, and allowing more people to access medical services in the same amount of time. This study uses chest X-rays as an example to determine whether there is pneumonia and to determine which type of pneumonia. However, in order to correctly judge X-ray films, professional medical knowledge and rich experience are required to correctly and quickly determine what type of pneumonia is correct. So we try to construct a model to judge. Transfer learning can be used for a small amount of data. In medical imaging, there are problems such as patient privacy and research ethics. Therefore, it is relatively difficult to obtain data, so the amount of data is also small. Finally, a user interface is provided to facilitate the use of medical personnel, and a reference is given from the side to achieve the purpose of reducing workload and increasing efficiency of consultation. Chuan-Jun Su 蘇傳軍 2019 學位論文 ; thesis 45 en_US
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description 碩士 === 元智大學 === 工業工程與管理學系 === 107 === In recent years, artificial intelligence and deep learning have developed rapidly and have achieved good results. At present, many fields are slowly introducing artificial intelligence to assist their work and make their work more efficient. The development of artificial intelligence in medical care has recently been introduced by more and more hospitals to assist doctors. Reducing the burden on doctors, allowing doctors to use reduced time and spirit to treat patients, and allowing more people to access medical services in the same amount of time. This study uses chest X-rays as an example to determine whether there is pneumonia and to determine which type of pneumonia. However, in order to correctly judge X-ray films, professional medical knowledge and rich experience are required to correctly and quickly determine what type of pneumonia is correct. So we try to construct a model to judge. Transfer learning can be used for a small amount of data. In medical imaging, there are problems such as patient privacy and research ethics. Therefore, it is relatively difficult to obtain data, so the amount of data is also small. Finally, a user interface is provided to facilitate the use of medical personnel, and a reference is given from the side to achieve the purpose of reducing workload and increasing efficiency of consultation.
author2 Chuan-Jun Su
author_facet Chuan-Jun Su
Guan-Hong Shih
施冠宏
author Guan-Hong Shih
施冠宏
spellingShingle Guan-Hong Shih
施冠宏
Medical Image Diagnostics based on Deep Transfer Learning
author_sort Guan-Hong Shih
title Medical Image Diagnostics based on Deep Transfer Learning
title_short Medical Image Diagnostics based on Deep Transfer Learning
title_full Medical Image Diagnostics based on Deep Transfer Learning
title_fullStr Medical Image Diagnostics based on Deep Transfer Learning
title_full_unstemmed Medical Image Diagnostics based on Deep Transfer Learning
title_sort medical image diagnostics based on deep transfer learning
publishDate 2019
url http://ndltd.ncl.edu.tw/handle/fvstx4
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AT shīguānhóng jīyúqiānyíxuéxídeyīxuétúxiàngzhěnduàn
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