BIO-1: Biomedical Signal Processing 1 |
| Session Type: Poster |
| Time: Monday, September 20, 13:30 - 15:00 |
| Location: Area C |
| Session Chair: Nandinee Haq, UBC
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| BIO-1.1: AN ADVERSARIAL COLLABORATIVE-LEARNING APPROACH FOR CORNEAL SCAR SEGMENTATION WITH OCULAR ANTERIOR SEGMENT PHOTOGRAPHY |
| Ke Wang; Tsinghua University |
| Guangyu Wang; Beijing University of Posts and Telecommunications |
| Kang Zhang; Macau University of Science and Technology |
| Chen Ting; Tsinghua University |
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| BIO-1.2: BRIDGING THE GAP BETWEEN OUTPUTS: DOMAIN ADAPTATION FOR LUNG CANCER IHC SEGMENTATION |
| Li Diao; Shanghai Jiao Tong University |
| Haoyue Guo; Tongji University |
| Yue Zhou; Shanghai Jiao Tong University |
| Yayi He; Shanghai Pulmonary Hospital |
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| BIO-1.3: AKFNET: AN ANATOMICAL KNOWLEDGE EMBEDDED FEW-SHOT NETWORK FOR MEDICAL IMAGE SEGMENTATION |
| Yanan Wei; Lenovo |
| Jiang Tian; Lenovo |
| Cheng Zhong; Lenovo |
| Zhongchao Shi; Lenovo |
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| BIO-1.4: MEIBOMIAN GLANDS SEGMENTATION IN NEAR-INFRARED IMAGES WITH WEAKLY SUPERVISED DEEP LEARNING |
| Xiaoming Liu; Wuhan University of Science and Technology |
| Shuo Wang; Wuhan University of Science and Technology |
| Ying Zhang; Wuhan Aier Eye Hospital |
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| BIO-1.5: RAR-U-NET: A RESIDUAL ENCODER TO ATTENTION DECODER BY RESIDUAL CONNECTIONS FRAMEWORK FOR SPINE SEGMENTATION UNDER NOISY LABELS |
| Ziyang Wang; Oxford University |
| Zhengdong Zhang; Beihang University |
| Irina Voiculescu; Oxford University |
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| BIO-1.6: FEATURE DISENTANGLEMENT FOR CROSS-DOMAIN RETINA VESSEL SEGMENTATION |
| Jie Wang; Fujitsu R&D Center, Co., LTD |
| Chaoliang Zhong; Fujitsu R&D Center, Co., LTD |
| Cheng Feng; Fujitsu R&D Center, Co., LTD |
| Jun Sun; Fujitsu R&D Center, Co., LTD |
| Yasuto Yokota; Fujitsu Laboratories |
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| BIO-1.7: MULTI-ENCODER PARSE-DECODER NETWORK FOR SEQUENTIAL MEDICAL IMAGE SEGMENTATION |
| Dachuan Shi; Tsinghua University |
| Ruiyang Liu; Tsinghua University |
| Linmi Tao; Tsinghua University |
| Zuoxiang He; Tsinghua University |
| Li Huo; Peking Union Medical College Hospital |
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| BIO-1.8: WHAT IS THE BEST DATA AUGMENTATION FOR 3D BRAIN TUMOR SEGMENTATION? |
| Marco Domenico Cirillo; Linköpings Universitet |
| David Abramian; Linköpings Universitet |
| Anders Eklund; Linköpings Universitet |
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| BIO-1.9: L-SNET: FROM REGION LOCALIZATION TO SCALE INVARIANT MEDICAL IMAGE SEGMENTATION |
| Jiahao Xie; Tongji University |
| Sheng Zhang; Tongji University |
| Jianwei Lu; Tongji University |
| Ye Luo; Tongji University |
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| BIO-1.10: GAN-BASED SUPER-RESOLUTION AND SEGMENTATION OF RETINAL LAYERS IN OPTICAL COHERENCE TOMOGRAPHY SCANS |
| Paria Jeihouni; West Virginia University |
| Omid Dehzangi; West Virginia University |
| Annahita Amireskandari; West Virginia University |
| Ali Rezai; West Virginia University |
| Nasser Nasrabadi; West Virginia University |
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| BIO-1.11: CONNECTIVITY BASED FUNCTIONAL SEGMENTATION OF THE BRAINSTEM |
| Nandinee Fariah Haq; University of British Columbia |
| Christina Zhang; University of British Columbia |
| Linlin Gao; University of British Columbia |
| Tianze Yu; University of British Columbia |
| Martin J. McKeown; University of British Columbia |
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| BIO-1.12: UNSUPERVISED SEGMENTATION FRAMEWORK WITH ACTIVE CONTOUR MODELS FOR CINE CARDIAC MRI |
| Du Lianyu; Shanghai Jiao Tong University |
| Hu Liwei; Shanghai Children’s Medical Center affiliated with Shanghai Jiao Tong University School of Medicine |
| Zhang Xiaoyun; Shanghai Jiao Tong University |
| Zhong Yumin; Shanghai Jiao Tong University |
| Zhang Ya; Shanghai Jiao Tong University |
| Wang Yanfeng; Shanghai Jiao Tong University |
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