Ricoh Company, Ltd.

Toyota Boshoku Kabushiki Kaisha

Akihiro Kanomune

Hiroshi Ota

Hiroyuki Matsushima

Tatsuya Shirai

Daisuke Oda

Provided is a motion sickness reduction system capable of providing a proper treatment tailored to a motion sickness state of each of two or more users. One aspect of the present disclosure is a motion sickness reduction system including a sensor that senses on-board states of the users aboard a vehicle, two or more communication terminals each assigned to the corresponding user, and an information processor that communicates with the communication terminals. The communication terminals each store motion sickness susceptibility data of the corresponding user to whom each communication terminal is assigned. The information processor performs a sickness level estimation process of estimating a sickness level of each user using the motion sickness susceptibility data and the corresponding on-board state sensed by the sensor, and a reduction treatment process of setting, for each user, a sickness reduction treatment based on the sickness level estimated.

Motion sickness reduction system and information processor for motion sickness reduction

An information processing system includes multiple network segments to which one or more information processors are connectable. The network segments includes a first network segment to which at least one first information processor configured to store predetermined information is connected, a second network segment to which at least one second information processor is connected, and a third network segment to which at least one third information processor is connected. The second network segment includes multiple predefined application programming interface (API)s, and the at least one second information processor executes a process corresponding to a called one of the APIs using the predetermined information stored in the at least one first information processor. In response to receiving a request from outside the information processing system, the at least one third information processor controls a process corresponding to the request by calling one of the APIs which corresponds to the request.

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Tokyo, Japan

Akihiro Kanomune