In this paper, we describe an anthropomorphic flutist robot that it's expected to have human-like organs from the mechanical hardware and control functions.

A professional flutist defined the “General Position” as the relative distance between the mouth and the flute mouthpiece, which makes it possible to blow a ...

In this paper, we describe an anthropomorphic flutist robot that it's expected to have human-like organs from the mechanical hardware and control functions.

Realization of an autonomous search for sound blowing parameters for an anthropomorphic flutist robot ; Solis J., Koichi Taniguchi, Takeshi Ninomiya, Petersen K.

Realization of an autonomous search for sound blowing parameters for an anthropomorphic flutist robot · S. IsodaManabu Maeda +4 authors. K. Wakamatsu. Computer ...

, Realization of autonomous search for sound blowing parameters for anthropomorphic flutist robot, IEEE Int. Conf. on Robotics and Automation (ICRA) (IEEE ...

Realization of an autonomous search for sound blowing parameters for an anthropomorphic flutist robot · S. Isoda · M. Maeda · Y. Hiramatsu · Y. Ogura · H. Takanobu.

Realization of an autonomous search for sound blowing parameters for an anthropomorphic flutist robot · S. IsodaManabu Maeda +4 authors. K. Wakamatsu. Computer ...

Wakamatsu, Realization of autonomous search for sound blowing parameters for anthropomorphic flutist robot, in: Proc. IEEE International Conference on ...

... Realization of an autonomous search for sound blowing parameters for an anthropomorphic flutist robot. Isoda S., Maeda M., Hiramatsu Y., Ogura Y., Takanobu H ...