Abstract: Weight information is determined for each of an individual evaluation criterion that is determined on the basis of a sleep log that includes a log of specific sleep information relating to the sleep of a specific user and a general evaluation criterion that is determined on the basis of sleep information relating to the sleep of a plurality of users; and an evaluation process is performed, which is a process of evaluating the sleep of the specific user from the specific sleep information, using the individual evaluation criterion, the general evaluation criterion, and the weight information.

Abstract: The control method according to one aspect of the present disclosure is a method of controlling an apparatus which adjusts a bed ambient temperature for a user, the method including obtaining one of measurement information in a sensor and setting information of the apparatus; estimating the bed ambient temperature and one of getting in bed, starting of sleep, and falling asleep by the user, based on the one of the measurement information and the setting information; and when a first temperature is the bed ambient temperature before the user gets into bed, starts sleeping, or falls asleep, changing the bed ambient temperature to a second temperature, which is lower than the first temperature by 0.5° C. or more, in a period after the user gets into bed, starts sleeping, or falls asleep and before a non-shallow sleep state of the user ends.

Abstract: An information processing device obtains measurement data for calculating biological information of a measurement subject from a sensor that performs measurement without contact. Based on content of the measurement data, the measurement data is classified into a group associated with at least a position of the measurement subject, the biological information is calculated from the classified measurement data, and the calculated biological information is compared with a reference value associated with a group to which the measurement data belongs. Then, a notification is made based on the comparing.

Abstract: An air conditioning apparatus includes: an absolute humidity set value calculation section that acquires a first absolute humidity determined from a first temperature and a first relative humidity, the first temperature and the first relative humidity being previously set; a dew-point temperature calculation section that acquires a dew-point temperature determined from the first temperature and the first relative humidity; an absolute humidity calculation section that acquires a second absolute humidity determined from a second temperature indicating a temperature inside the room and a second relative humidity indicating a relative humidity inside the room; and a heat exchanger temperature comparison and determination section and an indoor unit fan/blow-off port control section that control a dehumidification operation that stops air-blowing of an indoor unit fan, closes an blow-off port, and cools an indoor heat exchanger at the dew-point temperature when the second absolute humidity is higher than the first

Abstract: The infrared detector acquires measurement information which is obtained by measuring infrared radiant energy amount in a measuring range including a mobile terminal; acquires information indicating a reference temperature; detects infrared radiant energy distribution area indicating an area where the infrared radiant energy amount corresponding to the mobile terminal is measured out of the measuring range, based on measurement information; and calibrates a conversion table for converting infrared radiant energy amount to a temperature value based on infrared radiant energy amount in the detected infrared radiant energy distribution area and the reference temperature.

Abstract: An air conditioning apparatus includes: an absolute humidity set value calculation section that acquires a first absolute humidity determined from a first temperature and a first relative humidity, the first temperature and the first relative humidity being previously set; a dew-point temperature calculation section that acquires a dew-point temperature determined from the first temperature and the first relative humidity; an absolute humidity calculation section that acquires a second absolute humidity determined from a second temperature indicating a temperature inside the room and a second relative humidity indicating a relative humidity inside the room; and a heat exchanger temperature comparison and determination section and an indoor unit fan/blow-off port control section that control a dehumidification operation that stops air-blowing of an indoor unit fan, closes an blow-off port, and cools an indoor heat exchanger at the dew-point temperature when the second absolute humidity is higher than the first

Abstract: An information processing device obtains measurement data for calculating biological information of a measurement subject from a sensor that performs measurement without contact. Based on content of the measurement data, the measurement data is classified into a group associated with at least a position of the measurement subject, the biological information is calculated from the classified measurement data, and the calculated biological information is compared with a reference value associated with a group to which the measurement data belongs. Then, a notification is made based on the comparing.

Abstract: This information processing device enables a user to easily move objects between applications simultaneously displayed on touch panels. The information processing device is provided with touch panels on which applications are simultaneously displayed. A touch panel coordinate management unit detects that an application object has existed for a prescribed time in a defined area of the touch panel when the object is being dragged. An application control unit and a display control unit move the display of the application to a position that allows the object to be dropped as a trigger for detecting the existence of the object in the defined area.

Abstract: The infrared detector acquires measurement information which is obtained by measuring infrared radiant energy amount in a measuring range including a mobile terminal; acquires information indicating a reference temperature; detects infrared radiant energy distribution area indicating an area where the infrared radiant energy amount corresponding to the mobile terminal is measured out of the measuring range, based on measurement information; and calibrates a conversion table for converting infrared radiant energy amount to a temperature value based on infrared radiant energy amount in the detected infrared radiant energy distribution area and the reference temperature.

Abstract: A method including: receiving multiple pieces of notice information; receiving detection information indicating whether or not the user is present around a speaker, notifying the user of content of first notice information in the multiple pieces of notice information by using the speaker, in a case that it is determined based on the detection information that the user is present around the speaker, and notifying the user of content of second notice information different from the first notice information, by using the speaker in a case that it is determined that the user is present around the speaker when the notification of the first notice information by using the speaker is complete.

Abstract: This information processing device enables a user to easily move objects between applications simultaneously displayed on touch panels. The information processing device (100) is provided with touch panels (10, 20) on which applications (6,7) are simultaneously displayed. A touch panel coordinate management unit (50) detects that an application (7) object (4) has existed for a prescribed time in a defined area (5) of the touch panel (20) when the object (4) is being dragged. An application control unit (60) and a display control unit (70) move the display of the application (6) to a position that allows the object (4) to be dropped as a trigger for detecting the existence of the object (4) in the defined area (5).

Abstract: This information processing device enables a user to easily move objects between applications simultaneously displayed on touch panels. The information processing device is provided with touch panels on which applications are simultaneously displayed. A touch panel coordinate management unit detects that an application object has existed for a prescribed time in a defined area of the touch panel when the object is being dragged. An application control unit and a display control unit move the display of the application to a position that allows the object to be dropped as a trigger for detecting the existence of the object in the defined area.

Abstract: This information processing device enables a user to easily move objects between applications simultaneously displayed on touch panels. The information processing device is provided with touch panels on which applications are simultaneously displayed. A touch panel coordinate management unit detects that an application object has existed for a prescribed time in a defined area of the touch panel when the object is being dragged. An application control unit and a display control unit move the display of the application to a position that allows the object to be dropped as a trigger for detecting the existence of the object in the defined area.

Abstract: A method including: receiving multiple pieces of notice information; receiving detection information indicating whether or not the user is present around a speaker, notifying the user of content of first notice information in the multiple pieces of notice information by using the speaker, in a case that it is determined based on the detection information that the user is present around the speaker, and notifying the user of content of second notice information different from the first notice information, by using the speaker in a case that it is determined that the user is present around the speaker when the notification of the first notice information by using the speaker is complete.

Abstract: Disclosed is an information processing apparatus that allows the user to operate a plurality of applications simultaneously displayed on touch panels, using a hand that holds the terminal. Information processing apparatus includes touch panels that simultaneously displays a plurality of applications. Touch panel coordinate management section determines whether or not an enabling operation to enable a display control for applications is received. Tilt detection section detects whether or not information processing apparatus is tilted, when the enabling operation is received. Application control section and display control section move application displayed on touch panel positioned higher than touch panel toward application displayed on touch panel positioned lower than touch panel, when information processing apparatus is tilted.

Abstract: Disclosed is an information processing apparatus that allows the user to operate a plurality of applications simultaneously displayed on touch panels, using a hand that holds the terminal. Information processing apparatus (100) includes touch panels (10, 20) that simultaneously displays a plurality of applications (6, 7). Touch panel coordinate management section (50) determines whether or not an enabling operation to enable a display control for applications (6, 7) is received. Tilt detection section (30) detects whether or not information processing apparatus (100) is tilted, when the enabling operation is received. Application control section (60) and display control section (70) move application (6) displayed on touch panel (10) positioned higher than touch panel (20) toward application (7) displayed on touch panel (20) positioned lower than touch panel (10), when information processing apparatus (100) is tilted.

Abstract: This information processing device enables a user to easily move objects between applications simultaneously displayed on touch panels. The information processing device (100) is provided with touch panels (10, 20) on which applications (6, 7) are simultaneously displayed. A touch panel coordinate management unit (50) detects that an application (7) object (4) has existed for a prescribed time in a defined area (5) of the touch panel (20) when the object (4) is being dragged. An application control unit (60) and a display control unit (70) move the display of the application (6) to a position that allows the object (4) to be dropped as a trigger for detecting the existence of the object (4) in the defined area (5).

Abstract: A system LSI serving as an image transmitter is a device for transmitting image data to a display device LCD connected by a data signal line. The system LSI comprises: an output image memory for storing the image data to be transmitted; a subtraction processing unit for reading the image data from the output image memory and obtaining the data of the difference between mutually adjacent pixels of the image data; and a data transmission unit for sequentially outputting a data signal, which expresses the difference data corresponding to the pixels as a binary number, to the data signal line in accordance with the arrangement of the pixels; wherein the data signal of the difference data in which the number of signal changes is reduced more than the case of outputting the pixel data to the data signal line is output.

Abstract: A system LSI serving as an image transmitter is a device for transmitting image data to a display device LCD connected by a data signal line. The system LSI comprises: an output image memory for storing the image data to be transmitted; a subtraction processing unit for reading the image data from the output image memory and obtaining the data of the difference between mutually adjacent pixels of the image data; and a data transmission unit for sequentially outputting a data signal, which expresses the difference data corresponding to the pixels as a binary number, to the data signal line in accordance with the arrangement of the pixels; wherein the data signal of the difference data in which the number of signal changes is reduced more than the case of outputting the pixel data to the data signal line is output.

Abstract: The integrated circuit comprises, in addition to a first bus and a first DMA controller, a second bus and a second DMA controller that mutually connects the first bus and the second bus. A main memory is connected to the first bus, and a frame memory is connected to the second bus. By the construction, a possible conflict in data transfer as “urgent processing” and as “normal processing” can be avoided. The data transfer as “urgent processing” includes transferring image data between the frame memory and an image input device or an image display device; while the data transfer as “normal processing” includes transferring image data between the main memory and the frame memory.