Titlebook: Handbook of Artificial Intelligence in Healthcare; Vol. 1 - Advances an Chee-Peng Lim,Ashlesha Vaidya,Lakhmi C. Jain Book 2022 The Editor(s

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The Audience as Myth and Realitynicians with a data science interest as well as data scientists with a clinical interest, and touches on computational approaches on radiological data to solve clinical problems. The chapter outlines the technical considerations of imaging, where it occurs in the cancer pathway, and challenges to overcome in order to develop new radiomic features.

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,Taking the Mic: Hip Hop’s Call for Change,ine behavioral features such as facial expressions and speech prosody will be introduced. From the experimental results of the baseline systems introduced in this chapter, readers can not only compare between the performance of different baseline features but also have a general understanding of computer-aided depressive severity diagnosis.

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https://doi.org/10.1057/9781137367884challenges faced by personalized care delivery using multi-domain data patient health information. It discusses validated solutions for data management and Machine Learning approaches for combining the value of these complementary yet disparate data resources for patient-specific risk prediction modelling.

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https://doi.org/10.1057/9780230276499 magnetic resonance imaging data to predict MVI of HCC. At present, our fusion prediction model achieves 72.60% accuracy and 0.7607 area under the curve (AUC). In this chapter, we first introduce fundamentals of radiomics and then we present our MVI prediction method using radiomics.

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Automatic Detection of LST-Type Polyp by CNN Using Depth Mape projection. Higher accuracy of 85% was obtained for the detection of LST-type polyp by the proposed method. It is shown that the multiple input-output structure of U-Net model gives the higher performance of segmentation problem using both of original endoscope image and depth map.

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Radiomics and Its Application in Predicting Microvascular Invasion of Hepatocellular Carcinoma magnetic resonance imaging data to predict MVI of HCC. At present, our fusion prediction model achieves 72.60% accuracy and 0.7607 area under the curve (AUC). In this chapter, we first introduce fundamentals of radiomics and then we present our MVI prediction method using radiomics.

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