Abstract: An information processing apparatus includes processing circuitry. The processing circuitry is configured to: acquire type information on a first type that is an exercise type selected from a plurality of exercise types by a user, a related party, or an algorithm; acquire user movement information on the user's movement resulting from analyzing an image in which the user is captured performing exercise of the first type; and evaluate the user for a sign of a target disease on the basis of at least the user movement information and a feature related to a symptom of the target disease, the target disease being at least one of a cranial nerve disease or a peripheral nerve/muscle disease, associated with the first type.

Abstract: An information processing apparatus includes processing circuitry configured to: estimate a first exercise load amount when a first user is performing a target exercise event, based on sensing data relating to the first user; determine a first individual index of the first user of an exercise load amount for the target exercise event by performing a predetermined calculation on the first exercise load amount; and calculate a first parameter representing a characteristic of the first user relating to an exercise tolerance, based on the first individual index and a reference value of the exercise load amount for the target exercise event.

Abstract: A program according to an aspect of the present disclosure causes a computer to function as means for acquiring a user video of a user exercising, and means for making an estimation regarding the number of leg revolutions of the user based on the user video.

Abstract: A program causes a computer to function for obtaining a user video in which a user taking exercise is seen; making, based on the user video, an estimation about an exercise load of the user with respect to an exercise tolerance of the user; and presenting information based on a result of the estimation about the exercise load of the user.