Abstract:
An event prediction system according to an aspect includes an acquisition unit and a symptom detection unit. The acquisition unit acquires body movement data about a subject's body movement from a measuring device that outputs the body movement data. The symptom detection unit makes, based on a subset, acquired during a past reference period, of the body movement data, a decision about whether or not there are any symptoms of an onset of a particular event related to the subject.
Abstract:
An information processing method performed by a computer includes determining a plurality of first support contents corresponding to a care recipient or assistance recipient from a plurality of support contents based on basic information on the care recipient or assistance recipient, outputting first presentation information for presenting the plurality of first support contents and assessment items respectively associated with the plurality of first support contents to a user, determining a second support content from the plurality of first support contents based on assessment results input by the user for the assessment items, and outputting second presentation information for presenting the second support content to the user.
Abstract:
A control method includes receiving setting information containing a first property representing a property of an operation performed by one or more target appliances and a setting of the first property, obtaining correspondence information between device information identifying each of the appliances and a second property representing a property of an operation performed by the appliance, extracting the device information items of the target appliances from among the device information items in the correspondence information, the device information items each having a second property that is the same as the first property, generating a plurality of control information items each associated with each of the extracted device information items of one or more target appliances, containing the setting information and a predetermined information corresponding to the first property and each of the device information items, transmitting the control information to the target appliance through wireless communication.
Abstract:
Disclosed herein is a sensor processing system including an acquisition unit, a time series analysis unit, and a decision unit. The acquisition unit acquires measurement data from a measuring unit. The measuring unit measures a physical quantity, of which a value varies depending on whether a human is present in, or absent from, an object space. The time series analysis unit obtains an analysis model for a time series analysis in which the measurement data acquired at a predetermined timing is represented by multiple items, acquired before the predetermined timing, of the measurement data. The decision unit decides, depending on a decision condition including a condition concerning a coefficient of the analysis model, whether the human is present or absent at the predetermined timing.
Abstract:
A method includes: acquiring body motion data related to body motions of a target person; generating, based on the body motion data, sleep state data related to a sleep state of the target person; storing the sleep state data into a sleep state database; predicting a future change in a physical condition of the target person from the sleep state data by referencing a physical condition prediction information database; and when the physical condition data indicating the physical condition of the target person is acquired, reading past sleep state data over a past period from the sleep state database, collating the physical condition data with the past sleep state data to generate physical condition prediction information for predicting a particular change in the physical condition from particular sleep state data, and registering the physical condition prediction information into the physical condition prediction information database.
Abstract:
A terminal device includes: a terminal controller which interprets only one of command schemes of a wireless communication unit and a near-field communication unit, and controls a function of the terminal device; and a control unit which controls communications between the wireless communication unit and the terminal controller and between the near-field communication unit and the terminal controller. The control unit includes: an identification number addition unit which adds an identification number to a command from the near-field communication unit or the wireless communication unit; and a command converting unit which converts a command of the other command scheme into a command of one command scheme, using a command conversion table.
Abstract:
A reference image acquisition unit (171) obtains a reference image for guiding a portable device (1) to a position in which near field wireless communication with a terminal device (2) is possible on the basis of portable device identification information for identifying a type of the portable device (1). A reference image display control unit (172) displays the reference image obtained by the reference image acquisition unit (171) on a display unit (12) provided on an opposite surface of the portable device (1) to a surface that opposes the terminal device (2) when the portable device (1) is brought close to the terminal device (2). A reference image correction unit (173) corrects a position of the reference image in response to an image moving operation for aligning the reference image displayed on the display unit (12) with a target mark formed on a front surface of the terminal device (2).