At the Robotics and Mechatronics Symposium 2024, the following students made presentations with the following titles.
M2 Akitsu:
“Polynomial regression-based modeling of object softness and open-loop control of electrostatic clutch-type actuators for VR to reproduce non-linear stiffness.”
M2 Yasuda:
“PWM control and interactive study of a silent water surface floating display using electrohydrodynamic phenomena.”
M1 Harada:
“Development of a self-folding wavy origami stretchable sensor that can expand and contract by 1500%.”
M1 Higoshi:
“Machine operation using a battery-less control interface with the human body as the electrode.”
M1 Watanabe:
“Validation of a multi-material printing system using matrix electrode electrowetting.”
M1 Sakurai:
“Proposal for a 2000% tensile capable high-stretch folded paper strain sensor fabricated by self-folding of paper.”
M1 Kataoka:
“Evaluation of the mechanical properties of cylindrical folded structures fabricated using paper self-folding technology.”
M1 Ishigaki:
“Application of a self-folding Miura-fold structure to paper-folded fruit and vegetable packaging.”
M1 Ouchi:
“Investigation into the wearability of a differential capacitive multibend sensor for human shape measurement.”
M1 Odagiri:
“Investigation of cardboard self-folding methods.”