Omron Corporation

Masamune Nakayama

Satoshi Yase

Kyohei Asai

Masayuki Koizumi

Yuki Sasaki

Xiaojun Liu

Takanori Kurisu

In a recommended load determining device () utilizing an estimation model () that outputs a parameter related to a capability of a user calculated based on load data expressing a load imparted to the user and on motion data expressing motion of a single motion unit of the user under the load, an acquisition section () acquires load data expressing a load imparted to a target user who is a target for determining a recommended load, and motion data expressing motion of a single motion unit of the target user under the load, and a determination section () determines recommended load data expressing a recommended load for the target user based on a parameter related to the capability of the target user as output from the estimation model () by inputting the acquired load data and the acquired motion data into the estimation model ().

Recommended load determining device, capability parameter estimation model training device, method, and program

A stroke decision deviceincludes an acquisition sectionconfigured to acquire state information including a position, a velocity, and a rotational velocity of an incoming ball, and a stroke decision sectionconfigured to decide a stroke condition including a position, a velocity, and an orientation of a striking implement at a time point when hitting back the ball toward a target arrival position, based on the state information for the ball and the target arrival position when hitting back the ball with the striking implement.

Stroke decision device, stroke decision method, recording medium storing stroke decision program, and ball-returning robot

The present disclosure provides a rotation estimation device including an acquisition section and a rotation estimation section.

Rotation estimation device, rotation estimation method, recording medium stored with rotation estimation program, trajectory prediction device, trajectory prediction method, recording medium stored with trajectory prediction program, and ball-returning robot

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Kizugawa, Japan

Masamune Nakayama