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Kensaku Mori
Nagoya University, Japan
2024
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Professor Kensaku Mori, affiliated with the Department of Intelligent Systems at Nagoya
University, has made significant contributions in the fields of medical imaging, image processing, computer vision, and computer graphics.
In 1996, he published a pioneering paper on virtual reality in computerized medical imaging, analyzing bronchial branches from 3D X-ray CT images using a virtual bronchoscopy system. He has also developed a system that superimposes the actual bronchoscopic image and 3D anatomical structure information reconstructed from X-ray CT images while tracking the observation site in the actual image. He has also conducted research on automatic labeling of anatomical structures in virtual bronchoscopes and segmentation of medical images, and many other pioneering research results on medical image processing.
Recently, he has also applied artificial intelligence methods to medical image analysis, and
has reported the application of artificial intelligence to medical image segmentation and the development of automatic lesion detection technology for gastrointestinal endoscopy. He recently proposed novel self-supervised learning for medical image analysis using image context restoration to overcome difficulties in obtaining a sufficient number of labelled images for training. For these academic achievement, he received various award including The Commendation for Science and Technology by the Ministry of Education, Culture, Sports, Science and Technology, Ministry of Education, Culture, Sports, Science and Technology, Japan.
He is also active in international academic conferences and was the 2013 President of
MICCAI (Medical Image Computing and Computer Assisted Intervention). He was also elected as a MICCAI Fellow. He served as the president of the 62th annual conference of the Japanese society for medical and biological engineering.
In summary, Professor Kensaku Mori’s research and leadership have significantly influenced the intersection of medical imaging, computer vision, and image processing, making him a prominent figure in the international biomedical engineering community.
