A terminal, a method for controlling image graphing of the terminal, and a non-transitory computer-readable storage medium are provided. The method includes: initiating an image graphing request, and detecting response information of the image graphing request; determining, according to a preset image graphing strategy, whether a target object meets a non-graphing condition, when the response information of the image graphing request is received; skipping an image graphing operation to the target object when the target object meets the non-graphing condition.

A method for controlling display of a terminal, an electronic device and a non-transitory computer readable storage medium are provided. The method includes the following. A target object is determined in a first display scenario, where the first display scenario contains display content of at least two objects. The number of times display content of a first object being prevented from being displayed in a predetermined period is obtained. If the number of times reaches a preset threshold corresponding to the first display scenario, the display of the display content of the first object is blocked in the first display scenario.

A device identifier for a user device may be identified from multiple device identifiers corresponding to multiple user devices. The device identifier is stored in a database in a memory location of a first set of memory locations including the device identifiers. The memory location may be associated with a separate memory location including a user identifier corresponding to the user. Application information is retrieved for web-based applications and stored in a second set of memory locations associated with the memory location including the device identifier. Customization information is retrieved for the web-based applications. The customization information includes location information for the web-based applications and corresponding secure information. A request for the secure information may be made to different systems and corresponding databases including the secure user information. A dashboard user interface may be generated that positions the web-based applications and corresponding secure information based on the database associations.

A method of presenting visual information on a screen (306) involves defining a boundary (314) delineating a first region of the screen (which may be towards a centre of the screen) from a second region of the screen (which may be towards a periphery of the screen), displaying a first portion of the visual information in the first region of the screen at a first display quality, and displaying a second portion of the visual information in the second region of the screen at a second, lower, display quality. The method further involves blurring the visual information for display in at least a portion of the second region. The location of the boundary (314) may change over time, and may be based on where a user is looking, or is expected to be looking, or on the type of information being displayed or based on other parameters.

Systems and methods for automatically changing application start state based on device orientation may include receiving a request to open an application, installed on a mobile device, capable of opening using at least two different open behaviors. Then, in response to receiving the request, the method may include (1) using one or more sensors of the mobile device to detect a physical orientation of the mobile device at the time the request is received and (2) opening the application by (i) opening the application using a first open behavior based at least in part on detecting a first orientation of the mobile device or (ii) opening the application using a second open behavior based at least in part on detecting a second orientation of the mobile device. Various other methods, systems, and computer-readable media are also disclosed.

The present invention discloses a current-driven display device employing an internal compensation scheme and capable of displaying a favorable image with no occurrence of a bright point not included in the original display content. A voltage Vg at a gate terminal of a drive transistor M1 is initialized in a pixel circuit 15 of an organic EL display device before a voltage of a data signal line Dj is written to a holding capacitor C1 via the drive transistor M1 in a diode-connected state. At this time, an initialization voltage Vini is supplied to the gate terminal via a first initialization transistor M4 and a threshold compensation transistor M3. In this manner, a path for initializing the gate terminal of the drive transistor M1 is formed by the first initialization transistor M4 and the threshold compensation transistor M3 connected in series to each other, thereby preventing a voltage reduction at the gate terminal due to leakage current in an off-state transistor.

An image forming apparatus includes: a first web server and a first web browser; and a communication interface communicably connected to an information processing apparatus configured to operate as a second web server and a second web browser, the second web browser including a script including a URL and a command; the first web server being configured to receive the script from the information processing apparatus, store the script in the memory, and transmit an event to the first web browser, the event indicating that the script is stored, the first web browser being configured to receive the event from the first web server, acquire the script from the memory, execute the script to thereby access the URL in the second web server, the URL being included in the script, and receive the screen data from the second web server, and render the received screen data.

A data transmitting system includes a transmitter configured to transmit first unit data having a first bit length and second unit data sequentially with the first unit data and having the first bit length and a receiver configured to receive the first unit data and the second unit data. The transmitter is configured to transmit the second unit data to the receiver when a last bit of the first unit data and a first bit of the second unit data have different values and to invert the first bit of the second unit data and transmit the second unit data having the inverted first bit to the receiver when the last bit of the first unit data and the first bit of the second unit data have the same value.

Apparatus and method for implementing a virtual display. For example, one embodiment of a graphics processing apparatus comprises at least one configuration register to store framebuffer descriptor information for a first guest running on a first virtual machine (VM) in a virtualized execution environment of a host processor, the framebuffer descriptor information to indicate one or more display pipes assigned to the first guest; and execution circuitry to execute a first driver assigned to the first guest, the first guest to use the first driver to display a framebuffer in a plane associated with one of the display pipes in accordance with the framebuffer descriptor information.

Systems and methods provide techniques for providing coordinated display of software applications. In one embodiments, a method for enabling a first software application to enter a co-display mode with a second software application includes obtaining a co-display notification associated with the second software application; determining an overlay region within the first display region; generating a display update request, wherein the display update request is configured to cause the computing device to display a transparent overlay user interface element over the overlay region; causing the computing device to transmit co-display information to the second software application; and causing the computing device to update display of a first application interface associated with the first software application in accordance with the display update request.