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BMAI

Biomedical Artificial
Intelligence Research Unit

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BioMedical Artificial Intelligence Research Unit

BioMedical Artificial Intelligence Research Unit

Established in June 2021 Read more...

Research Area :
AIAD
Clinical Area :
BI
Anatomy :
Other
Research Introduction Video by Prof. Suzuki

Research Introduction Video by Prof. Suzuki

Research Experience：
1993- Hitachi Medical Corporation
1997- Aichi Prefectural University
2001- University of Chicago
2014- Illinois Institute of Technology
2017- Tokyo Institute of Technology
2024- Institute of Science Tokyo

The milestones :
1994 Development and commercialization of early deep learning models Read more...

Research Area :
AIAD
Clinical Area :
BI
Anatomy :
Other
Research Environment of Suzuki Lab

Research Environment of Suzuki Lab

Students/Researchers Room
PCs for Research 28
　- i7-9700K 8-Core; 32GB RAM; RTX 2080-8GB
　- i7-9900K 8-Core; 32GB RAM; RTX 2080Ti-11GB
　- i9-11900K 8-Core; 32GB RAM; RTX 3080Ti-12GB
　- Ryzen 5800X 8-Core; 32GB RAM;RTX 3080Ti-12GB
　- Ryzen 7900X 12-Core; 32GB RAM; RTX 4090-24GB
　- i9-10940K 14-Cor Read more...

Research Area :
AIAD
Clinical Area :
BI
Anatomy :
Other
Polyp Detection in CT Colonography: Performance of a CAD Scheme Incorporating 3D MTANNs on False-Negative Polyps in a Multicenter Clinical Trial

Polyp Detection in CT Colonography: Performance of a CAD Scheme Incorporating 3D MTANNs on False-Negative Polyps in a Multicenter Clinical Trial

We developed computer-aided diagnostic (CAD) scheme for detection of polyps in CT colonography (CTC) and evaluating our CAD scheme with false-negative polyps in a large multicenter clinical trial in collaboration with Don C. Rockey, M.D., the Southwest Medical Center at the University of Texas. A major challenge in CAD schemes for detection of polyps in CTC is the detection of difficultEpolyps Read more...

Research Area :
AIAD
Clinical Area :
BI
Anatomy :
Other