OHYAMA Nagaaki | Tokyo Institute of Technology
スポンサーリンク
概要
関連著者
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OHYAMA Nagaaki
Tokyo Institute of Technology
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OBI Takashi
Tokyo Institute of Technology
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YAMAGUCHI Masahiro
Tokyo Institute of Technology, Imaging Science & Engineering Laboratory
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OHYAMA Nagaaki
Tokyo Institute of Technology, Frontier Collaborative Research Center
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Ohyama N
Tokyo Inst. Technol. Kanagawa Jpn
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Ohyama Nagaaki
Image Science And Engineering Laboratory Tokyo Institute Of Technology
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Yamaguchi Masahiro
Imaging Science And Engineering Laboratory Tokyo Institute Of Technology
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Ohyama N
Tokyo Ins. Tech. Yokohama Jpn
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Yamaguchi Masahiro
Tokyo Institute Of Technology Imaging Science & Engineering Laboratory
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Ohyama Nagaaki
Tokyo Institute Of Technology Frontier Collaborative Research Center
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Yamaguchi M
Imaging Science And Engineering Laboratory Tokyo Institute Of Technology
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Bautista Pinky
Tokyo Institute Of Technology Imaging Science & Engineering Laboratory
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ウグルル ユジェル
東京工業大学像情報工学施設
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ABE Tokiya
Tokyo Institute of Technology, Imaging Science & Engineering Laboratory
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YAGI Yukako
University of Pittsburgh Medical Center, Health System, Department of Pathology, Division of Patholo
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Ugurlu Yucel
Imaging Science And Engineering Laboratory Tokyo Institute Of Technology
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Ugurlu Y
東京工業大学像情報工学施設
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Abe Tokiya
Tokyo Institute Of Technology Imaging Science & Engineering Laboratory
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Yagi Yukako
University Of Pittsburgh Medical Center Health System Department Of Pathology Division Of Pathology
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UGURLU Yucel
Tokyo Institute of Technology, Imaging Science and Engineering Laboratory
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Baez-rojas Jose
Instituto Nacional De Astrofisica Optica Y Electronica
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Yamaguchi Masahiro
Akasaka Natural Vision Research Center Telecommunications Advancement Organization Of Japan:imaging
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Yamaguchi Masahiro
Global Scientific Information and Computing Center, Tokyo Institute of Technology
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TASHIMA Hideaki
National Institute of Padiological Sciences
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KON Tatsuya
Tokyo Institute of Technology
著作論文
- Digital Staining of Unstained Pathological Tissue Samples through Spectral Transmittance Classification
- Detection of Small Opacities from Temporal Image Sequences using Multi-dimensional Clustering
- Optical Interpolation of Volume Data Using Pseudo Color and an Electro-Optical-Hybrid-System
- A Proposal of Spatio-Temporal Reconstruction Method Based on a Fast Block-Iterative Algorithm