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몽발개발
Deep learning methods and applications in neuroimaging 본문
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읽은 날 | 2021.01.15. | 학술지 | Journal of Neuroscience Methods |
제목 | Deep learning methods and applications in neuroimaging | ||
저자 | Jing Sui, MingXia Liu, Jong-Hwan Lee, Jun Zhang, Vince Calhoun | ||
한줄요약 | Neuroimaging에 쓰이는 MLDL기법들의 기존 한계점과 그를 극복한 과정 | ||
초록 | Deep learning (DL) has gained considerable attention in the scientific community, breaking benchmark records in many areas such as speech and visual recognition. However, the incorporation of deep learning approaches in neuroimaging is still a challenging and promising direction, due to the high-dimensional feature dimensions and limited sample sizes (Calhoun and Sui, 2016). MRI features. Currently, advances in medical imaging technologies have enabled image acquisition at faster rates and with increased resolution. Also, multiple accessible international brain imaging datasets online facilitate the generation of neuroimaging big data. These provide wonderful testbeds for the advanced computerized tools, especially deep learning approaches, which has shown its efficacy to neuroimaging applications (Hou et al., 2019; Kim et al., 2016; Liu et al., 2018; Yan et al., 2019). |
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키워드 | Neuroimaging, fMRI, Machine learning, Deep learning, CNN, RNN | ||
의의 | fMRI등 뇌영상을 통해 특정 disorder의 biomarker를 찾기 위한 여정이 정리됨. | ||
비판점 |
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