Abstract: An information processing terminal displays a display setting screen on a touch panel on the basis of display setting information acquired from a wearable apparatus. Next, the information processing terminal generates display setting change information on the basis of a user's change operation on the display setting screen displayed on the touch panel. The information processing terminal transmits the display setting change information to the wearable apparatus from the information processing terminal.

Abstract: A workout information display method includes: acquiring workout information based on a workout executed by a user; displaying a graph in which a first axis represents a distance or a time and a second axis represents a measurement value of each measurement item of the workout information in a first display region; displaying first to P-th icons for selecting setting of measurement values of first to P-th measurement items on the second axis of the graph in a second display region; and displaying a measurement value of the measurement item corresponding to the icon in regard to at least one of the first to P-th icons.

Abstract: A mobile terminal device as an exercise support device includes: an event information acquisition unit which acquires event information about an event for a user; an activity menu acquisition unit which acquires practice day information leading up to the event and an exercise menu; an exercise plan generation unit which generates an exercise plan using the event information, the practice day information, and the exercise menu; a pulse wave information acquisition unit which acquires pulse wave information of the user; and a physical condition determination unit which determines physical condition of the user based on the pulse wave information. The exercise plan generation unit modifies the exercise menu or the exercise plan, based on a result of the determination by the physical condition determination unit.

Abstract: A physiological information analysis system includes a physiological information detection portion that obtains physiological information about a user, a body movement information detection portion that obtains activity information showing activities of the user, an index calculation portion that calculates physical fitness indices showing the physical fitness of the user based on the physiological information and the activity information, a storage portion that stores the physical fitness indices by relating the physical fitness indices to time information showing the time when the physical fitness indices are calculated, a display portion that displays information about the physical fitness indices, and a control portion that causes the display portion to display the plurality of physical fitness indices stored in the storage portion in a time-series manner based on the time information.

Abstract: A biological information measuring device worn by a subject's body including a setting part, a measurement part, a correction part, and a notification part. The setting part stores a preset target range information representing a suitable range for an exercise intensity, the preset target range information being generated based on an age of the subject. The measurement part measures a biological information relating to the exercise intensity. The correction part corrects the preset target range information stored in the setting part based on the biological information measured by the measurement part during a first exercise period to generate a corrected range information. The notification part notifies an information indicative of the exercise intensity with respect to the corrected range information during a second exercise period, which is after the first exercise period, based on the biological information measured by the measurement part during the second exercise period.

Abstract: A biological information measuring device includes a setting part for setting a target value relating to exercise intensity, a measurement part for measuring biological information that can be converted to exercise intensity, and a correction part for correcting the target value according to a first measured value relating to exercise intensity, where the first measured value is determined from biological information measured by the measurement part during a first exercise period.