Furuta Katsuhisa | Department Of Computer And System Engineering Tdu
スポンサーリンク
概要
関連著者
-
Furuta Katsuhisa
Department Of Computer And System Engineering Tdu
-
Suzuki Satoshi
School Of Science And Technology For Future Life Department Of Robots And Mechatronics Tokyo Denki U
-
Suzuki S
Frontier R & D Center Tokyo Denki University (tdu)
-
SUZUKI Satoshi
Frontier R & D Center, Tokyo Denki University (TDU)
-
FURUTA Katsuhisa
Department of Computer and System Engineering, TDU
-
Suzuki Satoshi
Frontier R & D Center Tokyo Denki University (tdu)
-
古田 勝久
東京電機大学
-
SHIRATORI Shinya
Department of Computer and System Engineering, TDU
-
Hayakawa Takeshi
Department of Computers and Systems Engineering, TDU
-
古田 勝久
東京工業大学大学院情報理工学研究科
-
Furuta Katsuhisa
Department Of Computers And Systems Engineering Tdu
-
SUZUKI Tomomi
Guraduate School of Information Science and Engineering, Tokyo Institute of Technology
-
YAMAKITA Masaki
Dept. Mechanical and Control Systems Eng., Tokyo Institute of Technology
-
古田 勝久
東京工業大学
-
Shiratori Shinya
Department Of Computer And System Engineering Tdu
-
Hayakawa Takeshi
Department Of Chemical Engineering Faculty Of Technology Fukuoka University
-
Hayakawa Takeshi
Department Of Computers And Systems Engineering Tdu
-
Furuta Katsuhisa
Department Of Computers And Systems Engineering Tokyo Denki University
-
Suzuki Tomomi
Guraduate School Of Information Science And Engineering Tokyo Institute Of Technology
-
Suzuki Satoshi
Kanda Branch Of The 21st Century Coe Project Office Tokyo Denki University
-
Yamakita Masaki
Dept. Mechanical And Control Systems Eng. Tokyo Institute Of Technology
-
Harashima Fumio
Department Of Electrical Engineering Tokyo Denki University
-
KURIHARA KEIICHI
Department of Computers and Systems Engineering, Tokyo Denki University
-
Kurihara Keiichi
Department Of Computers And Systems Engineering Tokyo Denki University
著作論文
- Adaptive Impact Shot Control by Pendulum-like Juggling System(Advances in Motion and Vibration Control Technology)
- ADAPTIVE IMPACT SHOT CONTROL BY PENDULUM-LIKE JUGGLING SYSTEM
- Design of Functional Observer in Input-Output Relation
- Assistance control on a haptic system for human adaptive mechatronics