Abstract: A display control apparatus includes: an operation receiving portion receiving a command operation by a user; a drawing processing portion drawing an application image; and a display processing portion generating an image for display using the application image, and displaying the image for display on a display. Multiple display areas are set on a display screen, and an area rating indicating the ranking of visibility of information to the user is assigned in advance to each of the multiple display areas. A display area which is the display destination on the screen corresponding to an application software is set in advance for the application software. A drawing processing portion draws an application image for displaying in a display area having a higher area rating preferentially over an application image for displaying in a display area having a lower area rating, among the multiple display areas.

Abstract: A display control device includes a sift portion that sifts a transition request event stored in a queue. The sift portion monitors the queue. When the queue stores several transition request events corresponding to the same type of screen-image after transition, the sift portion retains the most recent one of the transition request events and discards the other transition request events corresponding to the same type of screen-image after transition. This can decrease transition request events stored in the queue compared to a case of not sifting transition request events and reduce a possibility of generating a delay. The sift portion does not sift a transition request event that transitions to a different type of screen-image. This can display the type of screen-image a user intends to display based on his or her manipulation.

Abstract: A display control apparatus includes: an operation receiving portion receiving a command operation by a user; a drawing processing portion drawing an application image; and a display processing portion generating an image for display using the application image, and displaying the image for display on a display. Multiple display areas are set on a display screen, and an area rating indicating the ranking of visibility of information to the user is assigned in advance to each of the multiple display areas. A display area which is the display destination on the screen corresponding to an application software is set in advance for the application software. A drawing processing portion draws an application image for displaying in a display area having a higher area rating preferentially over an application image for displaying in a display area having a lower area rating, among the multiple display areas.

Abstract: A molded product with excellent transparency can be obtained by using a polymer (D) obtained by suspension polymerization of a monomer mixture (1) containing (a) to (c) below: (a) 5-60 mass % of a specific macromonomer; (b) 5-60 mass % of the raw material monomer of a homopolymer (B) that has a solubility parameter that is different by 0.25 or more from the solubility parameter of the macromonomer (a); and (c) 10-80 mass % of the raw material monomer of a homopolymer (C) that has a solubility parameter that is different by less than 0.25 from the solubility parameter of macromonomer (a).

Abstract: A data processing apparatus includes a first communication interface configured to acquire the history data; a memory configured to store the acquired history data; a data processing module configured to generate first data including the first identifier and the time information by using the acquired history data, and store the generated first data into the memory; an ID conversion processing module configured to generate second data by converting the first identifier into a second identifier, which is effective for the first data including the time information indicating a time that falls within a first period, and store the generated second data into the memory; and a maintenance module configured to delete the history data and the first data from the memory.

Abstract: A molded product with excellent transparency can be obtained by using a polymer (D) obtained by suspension polymerization of a monomer mixture (1) containing (a) to (c) below: (a) 5-60 mass % of a specific macromonomer; (b) 5-60 mass % of the raw material monomer of a homopolymer (B) that has a solubility parameter that is different by 0.25 or more from the solubility parameter of the macromonomer (a); and (c) 10-80 mass % of the raw material monomer of a homopolymer (C) that has a solubility parameter that is different by less than 0.25 from the solubility parameter of macromonomer (a).

Abstract: A display control device includes a sift portion that sifts a transition request event stored in a queue. The sift portion monitors the queue. When the queue stores several transition request events corresponding to the same type of screen-image after transition, the sift portion retains the most recent one of the transition request events and discards the other transition request events corresponding to the same type of screen-image after transition. This can decrease transition request events stored in the queue compared to a case of not sifting transition request events and reduce a possibility of generating a delay. The sift portion does not sift a transition request event that transitions to a different type of screen-image. This can display the type of screen-image a user intends to display based on his or her manipulation.

Abstract: A data processing apparatus includes a first communication interface configured to acquire the history data; a memory configured to store the acquired history data; a data processing module configured to generate first data including the first identifier and the time information by using the acquired history data, and store the generated first data into the memory; an ID conversion processing module configured to generate second data by converting the first identifier into a second identifier, which is effective for the first data including the time information indicating a time that falls within a first period, and store the generated second data into the memory; and a maintenance module configured to delete the history data and the first data from the memory.

Abstract: A display controller has an output arbitration function for distributively outputting a plurality of different interrupt screens compliant with display requests from a plurality of parallelly-running applications to a plurality of display units mounted in a vehicle. In such an instance, the display controller acquires output destination priorities of the display units to which the interrupt screens are output and screen priorities defined for the interrupt screens. In accordance with the screen priorities of the individual interrupt screens compliant with the display requests and in accordance with the associated output destination priorities, the display controller selects appropriate display units and outputs the individual interrupt screens to the selected display units.

Abstract: A vehicular navigation apparatus configured to independently operate a dedicated application and an externally-introduced general-purpose application is provided. The navigation apparatus includes a control device and a management device. The management device notifies the control device of attribute information of the general-purpose application in operation. Based on the attribute information, the control device determines whether the general-purpose application operating under a specified condition is allowed to use user interface output under the specified condition. When no user interface output is allowed as a result of the determination, the control device switches over the user interface output to user interface output using another certified general-purpose application.

Abstract: A vehicular navigation apparatus configured to independently operate a dedicated application and an externally-introduced general-purpose application is provided. The navigation apparatus includes a control device and a management device. The management device notifies the control device of attribute information of the general-purpose application in operation. Based on the attribute information, the control device determines whether the general-purpose application operating under a specified condition is allowed to use user interface output under the specified condition. When no user interface output is allowed as a result of the determination, the control device switches over the user interface output to user interface output using another certified general-purpose application.

Abstract: An information processing system 10 comprising a plurality of information processing apparatuses 300, a management server 100, and a plurality of terminals 200, wherein: the management server 100 includes a connection management table 125, and an address notification unit 110 for receiving an apparatus use assignment request from the terminal 200, identifying an address of the corresponding information processing apparatus 300 by checking stored information of an authentication media 50 against the connection management table 125, and notifying the identified address to the terminal 200; the terminal 200 includes an authentication information obtaining unit 210 for obtaining the stored information of the authentication media 50 through a reader 60 for the authentication media 50, and storing the obtained information in an appropriate RAM 203, a management server address storage unit 211 for storing an address of the management server 100, an apparatus use assignment request sending unit 212 for sending a requ

Abstract: A display apparatus includes a rendering unit, a priority determination unit, and a synthesized screen generation unit. The rendering unit determines necessary virtual screens based on an instruction signal from a navigation unit and information processing units. The priority determination unit determines a display priority based on a display content with respect to each virtual screen. The synthesized screen generation unit generates a synthesized screen to be displayed, by overlapping the determined virtual screens based on the determined display priorities. In this configuration, a certain window in a virtual screen, which has been displayed second or later in the order of overlapping windows, may be newly assigned the highest display priority when a display content in the certain window is changed. This allows the certain window to be displayed topmost and easily viewed by a user.