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| ※Click
on each Investigator's name to read about their research. |
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| ■Name |
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Associate Professor
Takayoshi Nakano (Age 35) |
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| ■Affiliation |
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Department of Materials
Science and Engineering,
Graduate School of Engineering, Osaka
University |
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■Supervising
Area of
■Research |
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Development of Advanced
Structural and Biological Materials by Controlling Nano-Scale
Microstructure and Evaluation of their Confidence |
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| ■Research
Plan |
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Development
of Advanced Structural and Biological Reconstruction Materials
by Nano-organization Control and Evaluation of their Reliability
Development of Advanced Structural and Biological Materials
by Controlling Nano-Scale Microstructure and Evaluation of
their Confidence |
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| ■Background |
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March, 1990
March, 1992
April, 1992
March, 1996
April, 1998
April, 1999
June, 2001 |
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B. of Eng.,
Department of Materials Science and Engineering, Faculty
of Engineering, Osaka University
M. of Eng., Department of Materials Science and Engineering,
Graduate School of Engineering, Osaka University
Research Associate, Department of Materials Science and
Engineering Faculty of Engineering, Osaka University
D. of Eng., Graduate School of Engineering, Osaka University
Research Associate, Department of Materials Science and
Engineering, Graduate School of Engineering, Osaka University
Assistant Professor, Department of Materials Science and
Engineering, Graduate School of Engineering, Osaka University
Associate Professor, Department of Materials Science and
Engineering, Graduate School of Engineering, Osaka University |
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| ■Affiliated
Academic ■Societies |
|
The Japan Institute
of Metals、The Iron and Steel Institute of Japan、Japanese Society
of Micropscopy、Materials Research Society（MRS）、The Minerals,
Metals and Materials Society（TMS） |
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| ■Research
Keywords |
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Intermetallic compunds,
Ti-Al,Silicide,Advanced structural materials,Biological reconstruction
materials,Biological hard tissue,Single crystal,Transition,Apatite,X-ray
diffraction,Electron microscopy,Assembly organization,High
order rule phase,Deformation/fatigue/fracture,Abnormal reinforcement
phenomenon,Hard tissue regeneration |
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| ■Field
of Specialization |
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Crystal plasticity,Metal
strength,Crystallography,Biomaterials,Regenerative medical
engineering |
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| ■Awards |
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Sawamura Paper Awards,
Iron and Steel Institute of Japan 1993
Encouragement Awards, Japan Institute of Metals 1996
Honda Commemoration Research Encouragement Award of the Honda
Commemoration Association (1998)
MRS Fall Meeting Best Poster Award 1998 |
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| ■Major
Publications |
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M. Asada, S. Noda,
S. Tawaratumida, and K. Hosoda. Purposive Behavior
Acquisition for a Real Robot by Vision-Based Reinforcement
Learning.
Machine Learning, Vol.23, pp.279-303, 1996.
Minoru Asada, Shoichi Noda, and Koh Hosoda. Action Based
Sensor Space
Segmentation For Soccer Robot Learning. Applied Artificial
Intelligence, Vol.12,
No.2-3, pp.149-164, 1998.
M. Asada, E. Uchibe, and K. Hosoda. Cooperative behavior
acquisition for mobile
robots in dynamically changing real worlds via vision-based
reinforcement learning
and development. Artificial Intelligence, Vol.110, pp.275-292,
1999.
Kitano, H. and Asada, M.. The RoboCup Humanoid Challenge
as the Millennium
Challenge for Advanced Robotics. Advanced Robotics, Vol.13,
723−736, 2000.
Minoru Asada, Karl F. MacDorman, Hiroshi Ishiguro, and
Yasuo Kuniyoshi.
Cognitive Developmental Robotics As a New Paradigm for
the Design of Humanoid
Robots. Robotics and Autonomous System, Vol.37, pp.185-193,
2001. |
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