Abstract: Provided is an image presentation apparatus configured to present a virtual space image to a user. The image presentation apparatus receives acquisition information that is acquired during the presentation of the image and a notification from the user that indicates that the user has entered a predetermined condition. The image presentation apparatus learns a relationship between the acquisition information and content of the notification by machine learning. A result of the machine learning is used for predetermined processing during the presentation of the virtual space image to the user.

Abstract: Provided is an image presentation apparatus configured to present a virtual space image to a user. The image presentation apparatus receives acquisition information that is acquired during the presentation of the image and a notification from the user that indicates that the user has entered a predetermined condition. The image presentation apparatus learns a relationship between the acquisition information and content of the notification by machine learning. A result of the machine learning is used for predetermined processing during the presentation of the virtual space image to the user.

Abstract: A memory system method for controlling the same, and an information processing device using the same are provided. The system includes a plurality of memory chips electrically connected with one another by a bus (e.g. address bus, data bus, control bus, etc.), which are disposed in a stacked arrangement and extend through the plurality of memory chips in a stacking direction, and a memory controller connected to a plurality of processors and to the bus, and further to a chip select signal line for outputting a chip select signal to each of the plurality of memory chips. The memory controller converts an address signal from each of the processors into a set of the chip select signal and the address signal, which is outputted to the address bus, so as to relay inputs and outputs of data between each of the processors and each of the memory chips.

Abstract: A recording unit records an event list in which time information and physical solid image information are associated with an event. An image processing portion determines whether an image corresponding to physical solid image information recorded in the recording unit is included in a picked up image picked up within a time zone specified by the time information recorded in the recording unit. A condition determination portion determines that an event starting condition is satisfied if it is determined that the image corresponding to the physical solid image information is included in the picked up image. A starting instruction portion instructs an application execution section to execute processing of the application. The application execution section starts processing of the application associated with the event whose starting condition is satisfied.

Abstract: Provided is a power supply circuit capable of suppressing a power supply voltage to be input to an integrated circuit device to low level. A power supply circuit (10) controls power supply to an integrated circuit device (30) having a built-in IC chip (31). The power supply circuit (10) acquires a value of a current flowing in the integrated circuit device, and changes a power supply voltage to be input to the integrated circuit device (30), in accordance with the acquired value of the current.

Abstract: Electronic apparatus that can suppress the operating voltage of an incorporated semiconductor integrated circuit to a low voltage is provided. Electronic apparatus 1 includes a power supply circuit 13, a semiconductor integrated circuit 10 that operates by a supply voltage supplied from the power supply circuit 13, and a temperature sensor 11 that measures the temperature of the semiconductor integrated circuit 10. The power supply circuit 13 decreases the supply voltage according to a rise in the measured temperature.

Abstract: Electronic apparatus that can suppress the operating voltage of an incorporated semiconductor integrated circuit to a low voltage is provided. Electronic apparatus 1 includes a power supply circuit 13, a semiconductor integrated circuit 10 that operates by a supply voltage supplied from the power supply circuit 13, and a temperature sensor 11 that measures the temperature of the semiconductor integrated circuit 10. The power supply circuit 13 decreases the supply voltage according to a rise in the measured temperature.

Abstract: A memory system method for controlling the same, and an information processing device using the same are provided. The system includes a plurality of memory chips electrically connected with one another by a bus (e.g. address bus, data bus, control bus, etc.), which are disposed in a stacked arrangement and extend through the plurality of memory chips in a stacking direction, and a memory controller connected to a plurality of processors and to the bus, and further to a chip select signal line for outputting a chip select signal to each of the plurality of memory chips. The memory controller converts an address signal from each of the processors into a set of the chip select signal and the address signal, which is outputted to the address bus, so as to relay inputs and outputs of data between each of the processors and each of the memory chips.

Abstract: Provided is a power supply circuit capable of suppressing a power supply voltage to be input to an integrated circuit device to low level. A power supply circuit (10) controls power supply to an integrated circuit device (30) having a built-in IC chip (31). The power supply circuit (10) acquires a value of a current flowing in the integrated circuit device, and changes a power supply voltage to be input to the integrated circuit device (30), in accordance with the acquired value of the current.

Abstract: To provide a system for monitoring data transmitted between parts of an electronic machine. The system includes a mirror memory circuit that is subjected to writing and reading of data in the same manner as a memory circuit based on first data to be supplied from a memory controller to a memory circuit, and a signal sampling circuit that stores in a sampling memory circuit the first data as well as second data read out of the mirror memory circuit. The sampling memory circuit stores exact copies of the first data supplied from the memory controller to the memory circuit and exact copies of the second data supplied from the memory circuit to the memory controller. Therefore, it is possible to monitor the data transmitted between the memory controller and the memory circuit.

Abstract: To provide a system for monitoring data transmitted between parts of an electronic machine. The system includes a mirror memory circuit that is subjected to writing and reading of data in the same manner as a memory circuit based on first data to be supplied from a memory controller to a memory circuit, and a signal sampling circuit that stores in a sampling memory circuit the first data as well as second data read out of the mirror memory circuit. The sampling memory circuit stores exact copies of the first data supplied from the memory controller to the memory circuit and exact copies of the second data supplied from the memory circuit to the memory controller. Therefore, it is possible to monitor the data transmitted between the memory controller and the memory circuit.

Abstract: An image display controller includes a first memory for storing data of an image to be displayed in a first window; a second memory for storing data of an image to be displayed in a second window, where no data is read from the second memory for image display during the data reading operation in the first memory; and a third memory for storing data of an overlay image on which the image of the first or second memory is superimposed, and also storing window data to set the range of the windows. The controller is arranged to prevent any disordered display of images and is capable of displaying an increased number of windows.