February 14, 2023
“Simulation of Postmarket Fine-tuning of a Computer-aided Detection System for Bone Scintigrams and Its Performance analysis” appeared in the ABE.
February 14, 2023
“Simulation of Postmarket Fine-tuning of a Computer-aided Detection System for Bone Scintigrams and Its Performance analysis” appeared in the ABE.
January 10, 2023
Mr. Samarth Bhardwaj (M2) presented a novel super-resolution degraded by motion blur at IFMIA2023@Jeju island (Korea).
October 20, 2022
Prof. Shimizu gave a talk about topological constraints in a computational anatomy model at a seminer of ESIEE Paris - Université Gustave Eiffel, and discussed extention of the contract of scholarly exchange and collaboration with ESIEE Paris - Université Gustave Eiffel.
October 9, 2022
Prof. Shimizu gave a presentation “Deep learning and computer-aided diagnosis” in the 50th Autumn Scientific Congress of the JSRT at Tokyo.
October 3, 2022
A paper of Attention Induction for a CT volume classification of COVID-19 appeared in the IJCARS.
September 11, 2022
Mr. Kojima (M1) presented “Deep learning based computer-aided diagnosis of axial spondyloarthritis using MRI image” at the 32nd annual meeting of the Japan spondyloarthritis society@Kagoshima
July 29-31, 2022
Mr. Chikaarashi (M1) presented “Statistical shape model of multiple neighboring organs of embryonic human brains” at JAMIT@Nagoya.
Mr. Fujimoto (M1) presented “Post-market training of a hot-spot detection system of malignant tumor in a bone scintigram” at JAMIT@Nagoya.
Prof. Shimizu was awarded a distinguished service award of JAMIT.
June 10, 2022
Two French researchers (Dr.Quentrec, Dr. Kenmochi) visited our lab. and a digital topology seminor was held.
- Etienne Le Quentrec
Locally Turn-Bounded Curves and Digital Topology
- Yukiko Kenmochi
Pixelwise shape deformations preserving digital convexity
June 8, 2022
Prof. Shimizu presented a computational anatomy model of a human embryo at DTMM4MIA workshop in conjunction with CARS2022@Toranomon Hills (Tokyo).
June 7, 2022
Mr. Samarth Bhardwaj (M2) presented a novel super-resolution technique at CARS2022@Toranomon Hills (Tokyo).
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