Abstract: A center configured to communicate with an OTA master configured to control software updating of a plurality of electronic control units installed in a vehicle includes: a communication device configured to receive, from the OTA master, identification information; a storage device storing propriety determination information used in propriety determination of determining whether the version of software implemented in each of the electronic control units is an implementation management version; and a processor configured to perform the propriety determination based on the identification information and the propriety determination information, and perform, by communicating with the OTA master, restoration control on at least one of the electronic control units regarding which a determination has been made that the version of the software is not the implementation management version.

Abstract: A center configured to communicate with an OTA master configured to control software updating of a plurality of electronic control units installed in a vehicle includes: a communication device configured to receive, from the OTA master, identification information; a storage device storing propriety determination information used in propriety determination of determining whether the version of software implemented in each of the electronic control units is an implementation management version; and a processor configured to perform the propriety determination based on the identification information and the propriety determination information, and perform, by communicating with the OTA master, restoration control on at least one of the electronic control units regarding which a determination has been made that the version of the software is not the implementation management version.

Abstract: An OTA center includes: one or more storage devices configured to store regulation information; and one or more processors configured to communicate, via a network, with an OTA master mounted on the vehicle and configured to control software update for a target ECU, transmit update data of software of the target ECU to the OTA master, execute, by transmitting the update data, control for causing the OTA master to execute the software update for the target ECU, make a determination whether the software update to be executed is the specific software update, based on the regulation information, and when the determination is positive, transmit, to the OTA master, request information for requesting execution of the specific software update in the predetermined place.

Abstract: An OTA master configured to control software updates on a plurality of target ECUs mounted on a vehicle includes one or more processors. The one or more processors are configured to receive update data of software on the target ECUs and update order information from an OTA center. The update order information defines an order of the software updates on the target ECUs. The one or more processors are configured to control execution of the software updates on the target ECUs by using the update data, based on the order of the software updates.

Abstract: A center, configured to communicate with an OTA master that controls software updating of a plurality of electronic control units, includes a processor. The processor is configured to receive, from the OTA master, first identification information that identifies the electronic control units, and to store compatibility information that defines a version of software that is compatible with the electronic control units. The processor is configured to identify a version of software that is compatible with a target electronic control unit based on the compatibility information. The target electronic control unit is an electronic control unit that is an object of software updating among the electronic control units identified by the first identification information. The processor is configured to control, by communicating with the OTA master, such that software of the target electronic control unit is updated to the compatible version of the software that is identified.

Abstract: A center configured to communicate with an OTA master configured to control software updating of a plurality of electronic control units installed in a vehicle includes: a communication device configured to receive, from the OTA master, identification information; a storage device storing propriety determination information used in propriety determination of determining whether the version of software implemented in each of the electronic control units is an implementation management version; and a processor configured to perform the propriety determination based on the identification information and the propriety determination information, and perform, by communicating with the OTA master, restoration control on at least one of the electronic control units regarding which a determination has been made that the version of the software is not the implementation management version.

Abstract: An information processing apparatus includes a display, an operation receiver, a storage, and a controller. The operation receiver receives an instruction indicating a switch of a candidate image from a user. The storage stores movie data. The controller controls the display to display a selection screen via which a frame image to be stored as a still image is selected from the movie data. The selection screen includes the candidate image, first marker information, and second marker information. The controller moves a frame position of the candidate image based on the position indicated by the first marker information or the second marker information in a case where the operation receiver receives the instruction.

Abstract: The purpose of the present invention is to provide a display system capable of preventing a change in gradation characteristics from reducing the visibility of an image. The present invention provides a display system that includes a display unit and a display control unit, wherein: the display control unit includes a gradation characteristic converter; the gradation characteristic converter converts first gradation characteristics to second gradation characteristics; the first gradation characteristics maintain a constant level of the difference in the JND correspondence value between each gradation value; the gradation characteristic converter performs the conversion to maintain a constant level of the difference in JND correspondence value between each gradation value which is controlled by the second gradation characteristics; and the display unit displays input image data as an image at a luminance corresponding to the second gradation characteristics.

Abstract: The present invention focuses on a material constituting a contact pin and a processing technique of the material, and is directed to manufacturing a conductive member by using a material and a processing technique which are different from those in the related art. The conductive member is obtained by applying etching treatment to a copper-silver alloy including copper and silver while using at least copper alloy etching liquid, but silver etching liquid may also be selectively added to the copper alloy etching liquid.

Abstract: The purpose of the present invention is to provide a display system capable of preventing a change in gradation characteristics from reducing the visibility of an image. The present invention provides a display system that includes a display unit and a display control unit, wherein: the display control unit includes a gradation characteristic converter; the gradation characteristic converter converts first gradation characteristics to second gradation characteristics; the first gradation characteristics maintain a constant level of the difference in the JND correspondence value between each gradation value; the gradation characteristic converter performs the conversion to maintain a constant level of the difference in JND correspondence value between each gradation value which is controlled by the second gradation characteristics; and the display unit displays input image data as an image at a luminance corresponding to the second gradation characteristics.

Abstract: An information processing apparatus includes a display, an operation receiver, a storage, and a controller. The operation receiver receives an instruction indicating a switch of a candidate image from a user. The storage stores movie data. The controller controls the display to display a selection screen via which a frame image to be stored as a still image is selected from the movie data. The selection screen includes the candidate image, first marker information, and second marker information. The controller moves a frame position of the candidate image based on the position indicated by the first marker information or the second marker information in a case where the operation receiver receives the instruction.

Abstract: An information processing apparatus includes a display, an operation receiver, a storage, and a controller. The operation receiver receives an instruction indicating a switch of a candidate image from a user. The storage stores movie data. The controller controls the display to display a selection screen via which a frame image to be stored as a still image is selected from the movie data. The selection screen includes the candidate image, first marker information, and second maker information. The controller moves a frame position of the candidate image based on the position indicated by the first marker information or the second marker information in a case where the operation receiver receives the instruction.

Abstract: An information processing apparatus includes a display, an operation receiver, a storage, and a controller. The operation receiver receives an instruction indicating a switch of a candidate image from a user. The storage stores movie data. The controller controls the display to display a selection screen via which a frame image to be stored as a still image is selected from the movie data. The selection screen includes the candidate image, first marker information, and second maker information. The controller moves a frame position of the candidate image based on the position indicated by the first marker information or the second marker information in a case where the operation receiver receives the instruction.

Abstract: In a prediction system, terminal devices having monitors connected thereto and a server can communicate with each other through a network. Each terminal device acquires a luminance measured by a corresponding monitor and transmits it to the server. The server predicts the life of the monitors on the basis of information from the respective terminal devices and notifies the predicted life. The server previously stores information about the installation locations of the monitors. The server notifies the predicted life in such a manner that the installation location of each monitor and the predicted life are associated with each other. Each terminal device acquires, from a corresponding monitor, a measured luminance, a brightness setting at the time when the luminance has been measured, and information about the time when the luminance has been measured and transmits them to the server.

Abstract: By setting the color temperatures of displays included in a display system to a desired value, the life of the displays and display system is extended. A method for this includes acquiring outputable maximum luminances of the displays at each of multiple color temperatures, comparing the outputable maximum luminances of the displays at the same color temperature and determining the lowest maximum luminance value for each of the color temperatures, a color temperature corresponding to the highest of the lowest maximum luminance values identified for each of the color temperatures, and setting color temperatures of at least two of the displays to the common set color temperature.

Abstract: By setting the color temperatures of displays included in a display system to a desired value, the life of the displays and display system is extended. A method for this includes acquiring outputable maximum luminances of the displays at each of multiple color temperatures, comparing the outputable maximum luminances of the displays at the same color temperature and determining the lowest maximum luminance value for each of the color temperatures, a color temperature corresponding to the highest of the lowest maximum luminance values identified for each of the color temperatures, and setting color temperatures of at least two of the displays to the common set color temperature.

Abstract: A life prediction method and device that can predict the life of a display device considering the differences between temperatures at measurements of the luminance of the display device. A monitor measures the luminance of the display screen using an optical sensor and measures the temperature around the display screen using a temperature sensor. A terminal device stores the measured luminances and temperatures in such a manner that the luminance and temperature are associated with each other. On the basis of the measured luminances and temperatures obtained by repeated measurements, the terminal device predicts the trend of changes in the luminance assuming that the temperatures at the measurements have been approximately constant, and predicts the life of the monitor on the basis of the predicted change trend.

Abstract: In a prediction system, terminal devices having monitors connected thereto and a server can communicate with each other through a network. Each terminal device acquires a luminance measured by a corresponding monitor and transmits it to the server. The server predicts the life of the monitors on the basis of information from the respective terminal devices and notifies the predicted life. The server previously stores information about the installation locations of the monitors. The server notifies the predicted life in such a manner that the installation location of each monitor and the predicted life are associated with each other. Each terminal device acquires, from a corresponding monitor, a measured luminance, a brightness setting at the time when the luminance has been measured, and information about the time when the luminance has been measured and transmits them to the server.

Abstract: A life prediction method and device that can predict the life of a display device considering the differences between temperatures at measurements of the luminance of the display device. A monitor measures the luminance of the display screen using an optical sensor and measures the temperature around the display screen using a temperature sensor. A terminal device stores the measured luminances and temperatures in such a manner that the luminance and temperature are associated with each other. On the basis of the measured luminances and temperatures obtained by repeated measurements, the terminal device predicts the trend of changes in the luminance assuming that the temperatures at the measurements have been approximately constant, and predicts the life of the monitor on the basis of the predicted change trend.

Abstract: Provided is a technology capable of improving the accuracy of determining a position of an own vehicle in the vicinity of a branch point, in a current position determining device. The current position determining device identifies a detection range according to states of a road on which a vehicle is traveling to detect a lane change, to thereby determine a current position of the vehicle based on information on the detected lane change.