Abstract: There is provided an information processing device including a position acquisition unit configured to acquire a selection position based on a specification of a user in a captured image obtained by imaging a real space, and a line control unit configured to cause a display unit to display a two-dimensional line obtained by projecting, onto a corresponding position on a display screen of the captured image, a three-dimensional line according to a three-dimensional selection position corresponding to the selection position in a three-dimensional virtual space and a three-dimensional installation position of an imaging device including the three-dimensional selection position within an imaging range.

Abstract: There is provided an information processing device including a position acquisition unit configured to acquire a selection position based on a specification of a user in a captured image obtained by imaging a real space, and a line control unit configured to cause a display unit to display a two-dimensional line obtained by projecting, onto a corresponding position on a display screen of the captured image, a three-dimensional line according to a three-dimensional selection position corresponding to the selection position in a three-dimensional virtual space and a three-dimensional installation position of an imaging device including the three-dimensional selection position within an imaging range.

Abstract: A mobile communication terminal device whose authentication and settlement functions by noncontact proximity communication can be continuously used even after operating voltage from battery power drops is provided. Only when the supply of required power from a battery is lost, a security controller is controlled into a mode in which it operates with low power consumption and noncontact authentication and settlement functions are ensured by external electromagnetic field power. Specifically, the following is implemented: when there is the supply of required power from the battery, it is made possible to carry out high-performance, multifunctional authentication and settlement processing making good use of high-speed processing, mass storage, and the like which are the advantages of the security controller essentially driven by battery; and in an anomalous instance in which the battery remaining capacity is lost, it is made possible to carry out minimal authentication and settlement processing.

Abstract: A mobile communication terminal device whose authentication and settlement functions by noncontact proximity communication can be continuously used even after operating voltage from battery power drops is provided. Only when the supply of required power from a battery is lost, a security controller is controlled into a mode in which it operates with low power consumption and noncontact authentication and settlement functions are ensured by external electromagnetic field power. Specifically, the following is implemented: when there is the supply of required power from the battery, it is made possible to carry out high-performance, multifunctional authentication and settlement processing making good use of high-speed processing, mass storage, and the like which are the advantages of the security controller essentially driven by battery; and in an anomalous instance in which the battery remaining capacity is lost, it is made possible to carry out minimal authentication and settlement processing.

Abstract: A mobile communication terminal device whose authentication and settlement functions by noncontact proximity communication can be continuously used even after operating voltage from battery power drops is provided. Only when the supply of required power from a battery is lost, a security controller is controlled into a mode in which it operates with low power consumption and noncontact authentication and settlement functions are ensured by external electromagnetic field power. Thus the noncontact authentication and settlement functions can be used even after the battery remaining capacity is lost by use of a communication function for the principal purpose.

Abstract: A mobile communication terminal device whose authentication and settlement functions by noncontact proximity communication can be continuously used even after operating voltage from battery power drops is provided. Only when the supply of required power from a battery is lost, a security controller is controlled into a mode in which it operates with low power consumption and noncontact authentication and settlement functions are ensured by external electromagnetic field power. Thus the noncontact authentication and settlement functions can be used even after the battery remaining capacity is lost by use of a communication function for the principal purpose.

Abstract: Disclosed is a semiconductor device including built-in interface circuits whose operations are selected in response to initialization operation from a host apparatus coupled thereto. In the semiconductor device, a first synchronous interface circuit and a second asynchronous interface circuit using differential signals, share the external terminals of the differential signals (the external differential signal terminals). For example, the semiconductor device adopts an MMC interface circuit as the first interface circuit and a USB interface circuit as the second interface circuit, while keeping the IC card interface function. The semiconductor device selects operations of the adopted interface circuits exclusively. One selection method is to enable an interface operation of the first interface circuit, upon detection of a plurality of edge changes in a clock input from an external clock terminal, which is for initializing the first interface circuit when power supply to the semiconductor device is started.

Abstract: The present invention provides a nonvolatile memory which includes a card controller, a reprogrammable nonvolatile memory and an IC card chip. The card controller is capable of outputting at least one of reset response information (ATR) outputted from the IC card chip in response to a reset instruction to the IC card chip and information indicative of an erase unit of a flash memory to the outside in response to a predetermined command supplied from outside. A card host is capable of causing the card controller to change an operating speed or operating frequency or the like of the IC card chip by reference to the ATR information. Upon reprogramming of memory information with respect to the reprogrammable nonvolatile memory, the card host is capable of sending write data equivalent to an amount commensurate with an erase unit to the nonvolatile memory by reference to the information indicative of the erase unit and giving write instructions.

Abstract: An interface controller is designed to separately define the first control information to be supplied to the first latch means for controlling an operation of an interface-controlled device connected to the same controller and the second control information to be supplied to the second latch means for controlling an interface operation with the interface-controlled device, in a form of a pair of the first and second information. When there is an addition or a change in a command defined for the interface-controlled device, as for a command transmission to the interface-controlled device and as for an interface control operation of the interface controller itself, both the control information can be independently amended to cope with the addition or the change.