A Model-Based Unsupervised Deep Learning Method for Low-Dose CT Reconstruction von Liang, Kaichao, Zhang, Li, Yang, Hongkai, Chen, Zhiqiang, Xing, Yuxiang

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Method of sparse-view coded-aperture x-ray diffraction tomography von Liang, Kaichao, Zhang, Li, Xing, Yuxiang

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Reciprocal-FDK reconstruction for x-ray diffraction computed tomography von Liang, Kaichao, Zhang, Li, Xing, Yuxiang

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Assessment of 16S rRNA gene primers for studying bacterial community structure and function of aging flue-cured tobaccos von Wang, Fan, Men, Xiao, Zhang, Ge, Liang, Kaichao, Xin, Yuhua, Wang, Juan, Li, Aijun, Zhang, Haibo, Liu, Haobao, Wu, Lijun

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A CT image feature space (CTIS) loss for restoration with deep learning-based methods von Zheng, Ao, Liang, Kaichao, Zhang, Li, Xing, Yuxiang

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Deep-learning-based Metal Artefact Reduction with Unsupervised Domain Adaptation Regularization for Practical CT Images von Du, Muge, Liang, Kaichao, Zhang, Li, Gao, Hewei, Liu, Yinong, Xing, Yuxiang

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Metal artifact reduction for practical dental computed tomography by improving interpolation‐based reconstruction with deep learning von Liang, Kaichao, Zhang, Li, Yang, Hongkai, Yang, Yirong, Chen, Zhiqiang, Xing, Yuxiang

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Segmentation of the left atrial appendage based on fusion attention von Zhang, Guodong, Liang, Kaichao, Li, Yanlin, Liang, Tingyu, Gong, Zhaoxuan, Ju, Ronghui, Zhao, Dazhe, Zhang, Zhuoning

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Segmentation of the left atrium and proximal pulmonary veins based on dimensional decomposition attention von Zhang, Guodong, Liang, Tingyu, Li, Yanlin, Liang, Kaichao, Gong, Zhaoxuan, Guo, Wei, Zhang, Zhuoning, Ju, Ronghui

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Investigation of domain gap problem in several deep-learning-based CT metal artefact reduction methods von Du, Muge, Liang, Kaichao, Liu, Yinong, Xing, Yuxiang

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Comparison of projection domain, image domain, and comprehensive deep learning for sparse-view X-ray CT image reconstruction von Liang, Kaichao, Yang, Hongkai, Xing, Yuxiang

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A Model-based Deep Learning Reconstruction for X-ray CT von Liang, Kaichao, Zhang, Li, Yang, Yirong, Yang, HongKai, Xing, Yuxiang

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Investigation of domain gap problem in several deep-learning-based CT metal artefact reduction methods von Du, Muge, Liang, Kaichao, Liu, Yinong, Xing, Yuxiang

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Comparison of projection domain, image domain, and comprehensive deep learning for sparse-view X-ray CT image reconstruction von Liang, Kaichao, Yang, Hongkai, Xing, Yuxiang

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A Model-based Deep Learning Reconstruction for X-ray CT von Liang, Kaichao, Zhang, Li, Yang, Yirong, Yang, HongKai, Xing, Yuxiang

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IMAGE PROCESSING METHOD, IMAGE PROCESSING DEVICE AND STORAGE MEDIUM von XING, Yuxiang, ZHANG, Li, YANG, Hongkai, SHEN, Le, LIANG, Kaichao, CHEN, Zhiqing, LIU, Yinong, KANG, Kejun, LI, Jianmin

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Image processing method using convolutional neural network, image processing device and storage medium von Liang, Kaichao, Shen, Le, Yang, Hongkai, Xing, Yuxiang, Li, Jianmin, Kang, Kejun, Chen, Zhiqiang, Zhang, Li, Liu, Yinong

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IMAGE PROCESSING METHOD, IMAGE PROCESSING DEVICE AND STORAGE MEDIUM von XING, Yuxiang, ZHANG, Li, YANG, Hongkai, SHEN, Le, CHEN, Zhiqiang, LIANG, Kaichao, LIU, Yinong, KANG, Kejun, LI, Jianmin

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IMAGE PROCESSING METHOD, IMAGE PROCESSING DEVICE AND STORAGE MEDIUM von XING, Yuxiang, ZHANG, Li, YANG, Hongkai, SHEN, Le, LIANG, Kaichao, CHEN, Zhiqing, LIU, Yinong, KANG, Kejun, LI, Jianmin

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Photon counting detector energy response calibration system based on X-ray diffraction von LIANG KAICHAO, WANG ZHENTIAN, DENG ZHI, CHEN ZHIQIANG, GAO HEWEI, ZHANG LI, XING YUXIANG

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