Akitoshi Ito

Investigation of The Underwater Object Transportation by Behavior Controlled Daphnia magna

Realization of Picking up A Piece of Silken Tofu by The Electric Arm Prosthesis by the Method of Teaching Gripping Force to The User

An Investigation of The Quasi Hollow Structure Printing Method for FDM Type 3D Printers

Analysis of reaction behavior of protists group by laser light

Motion Control of Daphnia by Applying Their Phototaxis and Its Application: - Development of a ‘Y-Wing’ type operation tool and improvement of the transportation efficiency-@@@―‘Ｙ－Ｗｉｎｇ’式作業用具の開発と，それを利用した搬送効率の改善―

Driving of Electric Arm Prosthesis by The Signal of Balloon Shaped Soft Pressure Sensors: -Picking up a piece of silken tofu by the finger prosthesis with a soft pressure sensor installed in the fingertips and angle estimation of the pronation-supination or the palm flexion-dorsal flexion movements by a few sensors-@@@―軟体型圧力センサの義手指先設置による絹ごし豆腐の把持と, 少数センサによる掌屈・背屈及び回内・回外角度推定―

1P1-S07 Motion Control of Daphnia by Applying Their Phototaxis and Its Application : Development of a LED rotatable type motion control pool

3A1-K04 Motion Control of Protist Using Galvanotaxis : Motion control property of Paramecium in the vertical plane(Bio-Mimetics and Bio-Mechatronics)

3A1-K06 The Motion Control of Ostracoda and Its Mechanical Application : Investigation of The Basic Motion Control Property of Ostracoda(Bio-Mimetics and Bio-Mechatronics)

1A1-A14 Motion Control of Protist Using Galvanotaxis : Improvements of the motion control property of Paramecium by using electrode rotation type large experimental pool(Bio-Mimetics and Bio-Mechatronics (1))