YAGI Shin-ichi | Medical Imaging Laboratory, Graduate School of Information Science, Meisei University

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概要

• Yagi Shin-ichiの詳細を見る
• 同名の論文著者
• Medical Imaging Laboratory, Graduate School of Information Science, Meisei Universityの論文著者

関連著者

• YAGI Shin-ichi

  Medical Imaging Laboratory, Graduate School of Information Science, Meisei University

• AKIMOTO Shin

  Department of surgery, Yokohama General Hospital

• Yagi Shin-ichi

  Medical Imaging Laboratory Graduate School Of Information Science Meisei University

• Akimoto Shin

  Department Of Surgery Yokohama General Hospital

• Akimoto Shin

  Department Of Gastroenterology Yokohama General Hospital

• Akimoto S

  Yokohama General Hospital Kanagawa Jpn

• MORIYA Tadashi

  Department of Electrical Engineering, Tokyo Metropolitan University

• Moriya Tadashi

  Department Of Electrical Engineering Tokyo Metropolitan University

• Takamura Yoshihiro

  Medical Imaging Laboratory Graduate School Of Information Science Meisei University

• Murata Yutaka

  Ueda Japan Radio Co. Ltd.

• HASHIMOTO Yoshikazu

  Medical Imaging Laboratory, Graduate School of Information Science, Meisei University

• MACHIDA Hideyuki

  Medical Imaging Laboratory, Graduate School of Information Science, Meisei University

• KONDO Yuji

  ALOKA Co. Ltd.

• Kitamura Kouji

  Medical Imaging Laboratory, Graduate School of Information Science, Meisei Univerity, Tokyo 198-0052

• Kitamura Kouji

  Medical Imaging Laboratory Graduate School Of Information Science Meisei University

• KOMATSU Maki

  Department of Electronics and Computer Sciences, Faculty of Information Science, Meisei University

• Komatsu Maki

  Department Of Electronics And Computer Sciences Faculty Of Information Science Meisei University:(pr

• Komatsu Maki

  Department Of Bioresources Science Graduate School Of Agricultural Sciences Tottori University

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著作論文

• Analysis of High-Lateral-Resolution Imaging Using Thin Quartz Fibers as Transmission Lines
• Real-Time Monitoring of Shear Wave Traveling in Liver Tissue In Vivo
• High-Precision Motion Estimate of Soft Tissue in the Physiologaical State Using Two-Dimensional Complex-Valued Wavelet Transform of Speckle Echo
• Dynamical Imaging of Physiological Motion in Liver Tissue by Using Complex Correlation Method between Successive Echo Frames

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