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Shinohara

M. Eng. Leilei Shinohara
Wissenschaftlicher Mitarbeiter
group: Microsystem Technology and Optics
office hours: please email in advance
room: 230
phone: +49 721 608-41972
fax: +49 721 608-42511
shinoharaMwh3∂kit edu

Vincenz-Prießnitz-Straße 1

76131 Karlsruhe

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Biography

Educational background

University

  • 4/2008 - present : Ph.D. Scientific staff, Institute of Information Processing Technology, KIT

  • 4/2006 - 3/2008 : Dept. of Mechanical Control Engineering, Tokyo Institute of Technology (M. Eng)

    • Cooperative control for multi-robotics system
    • Nonlinear dynamical system control
    • Vision-based control

  • 4/2002 - 3/2006 : Dept. of Control System Engineering, Tokyo Institute of Technology (B. Eng)

    • Thermography of combustion chamber wall in diesel engine
    • Laser diagnostics
    • Image processing

High School

  • 9/1997 - 6/2000 : The 2nd High School of Qingzhou in Shandong, China

Available languages

  • Japanese, Chinese, English

 Research interests

  • Renewable energy applications

  • Sensor technology

  • Optical metrology

  • Biomedical Application

  • Digital signal processing

  • Optical system design

Research projects

  • Laser Doppler wind profiler for active control of wind turbine

    • Renewable energy applications
    • Optical metrology
    • Laser applications
    • Predictive control for industrial applications

  • Graduiertenkolleg "Entwicklung neuer computerbasierter Methoden für den Arbeitsplatz der Zukunft in der Weichteilchirurgie" (Finished)

Teaching

Theses

M. Eng. Leilei Shinohara
title time
Multiple scattering simulation for light propagation in a scattering medium available
Simulation design of atmospheric scattering and absorption based on ZEMAX and Matlab available
Design and test of a Fiber-Based Laser Doppler wind sensor available
Simulation design for Fiber-Based Coherent Doppler Laser Anemometer (CDLA) with MATLAB available
Design and buildup of a balanced amplifier detector for optical coherent detection available
Automatic laser coupling system for coherent Doppler laser sensors available
Wind tunnel design for lab test of laser Doppler wind sensor available




Latest publications


  • N. Heussner, L. Holl, A. Shults, T. Beuth, H. Umesh-Babu, L. Shinohara, S. Bogatscher, M. Wippler, W. Stork
    Thermodynamic finite-element-method (FEM) eye model for laser safety considerations (Link)
    In Proc. SPIE 8579, Optical Interactions with Tissue and Cells XXIV, 85790J, Band 85790, 2013

  • S. Bogatscher, C. Giesel, T. Beuth, H. Umesh-Babu, L. Shinohara, N. Heussner, A. Streck, W. Stork
    Fast scan-fail device for class 1 operation of scanning micromirrors at a high laser power in the near-infrared region (Link)
    In Proc. SPIE 8512, Infrared Sensors, Devices, and Applications II, 85120E, Band 8512, 2012

  • L. Shinohara, S. Bogatscher, N. Heussner, H. Umesh-Babu, M. Brunet, W. Stork
    A coherent laser Doppler wind profiler for the active control of wind turbines (Link)
    In Solid State Lasers XXI: Technology and Devices, 2012

List publications according to year
Latest 2013 2012