The present disclosure provides technologies that enable users to graphically merge content displayed on a first computing device with content displayed on a second computing device by the use of a simplified gesture. For example, a user can hold a portable computer displaying content up to a screen of another computer displaying other content. The user can position the portable computer to align the rendering of the content with a rendering of the other content. Measurements of the alignment are processed to determine a location that is used to graphically merge the content of the portable computer at a specific location within the other content. A scaling factor can be used to control the size of the content that is placed within the other content. The scaling factor can be based on a user gesture, preference data, or knowledge of a computing device.

The present disclosure provides technologies that enable users to graphically merge content displayed on a first computing device with content displayed on a second computing device by the use of a simplified gesture. For example, a user can hold a portable computer displaying content up to a screen of another computer displaying other content. The user can position the portable computer to align the rendering of the content with a rendering of the other content. Measurements of the alignment are processed to determine a location that is used to graphically merge the content of the portable computer at a specific location within the other content. A scaling factor can be used to control the size of the content that is placed within the other content. The scaling factor can be based on a user gesture, preference data, or knowledge of a computing device.

A method and system of providing a wearable expanded display system for portable computing devices is disclosed. The method includes connecting a head-mounted display system to the portable computing device and anchoring a virtual projection of content from the portable computing device to a screen of the portable computing device to provide the user with an augmented reality viewing experience. The virtual projection can present the content in an enlarged view with richer content options than the smaller screen of the portable computing device. The position of the virtual projection will adapt to changes in pose of the screen to maintain the anchored relationship.

A method and system of providing a wearable expanded display system for portable computing devices is disclosed. The method includes connecting a head-mounted display system to the portable computing device and anchoring a virtual projection of content from the portable computing device to a screen of the portable computing device to provide the user with an augmented reality viewing experience. The virtual projection can present the content in an enlarged view with richer content options than the smaller screen of the portable computing device. The position of the virtual projection will adapt to changes in pose of the screen to maintain the anchored relationship.

A display control method includes outputting, by at least one video output device, M videos, M being an integer larger than or equal to 1, if M<N, displaying the M videos in each of M sub-areas by respectively assigning each of the M videos to each of the M sub-areas obtained by dividing a single large area in which an image is displayed by N display devices, N being an integer larger than or equal to 2, and if M=N, displaying each of the M videos by assigning each of the M videos to each of N display areas corresponding to the N display devices respectively.

A display panel control chip including a processor and a signal processing circuit is provided. The processor controls a display panel to display first and second images corresponding to first and second video signals. The first image is adjacent to the second image by a border extending in perpendicular to a first direction at a first coordinate. The signal processing circuit stores the first coordinate, determines whether a first cursor is in the first image or the second image according to a cursor control signal and the first coordinate, and transmits, according to the determination, the cursor control signal to either a signal source of the first video signal or a signal source of the second video signal. When an area ratio of the first image to the second image is changed, the processor controls the signal processing circuit to update the first coordinate.

A communication apparatus includes a display part, a display output part, and a control part. A plurality of face patterns are switched and displayed on the display part. The display output part is capable of outputting a face pattern to the display part. The control part controls, in accordance with a change of the face pattern which is output by the display output part, a different operation of a communication apparatus main body than the change of the face pattern.

A communication apparatus includes a display part, a display output part, and a control part. A plurality of face patterns are switched and displayed on the display part. The display output part is capable of outputting a face pattern to the display part. The control part controls, in accordance with a change of the face pattern which is output by the display output part, a different operation of a communication apparatus main body than the change of the face pattern.

Device localization (e.g., ultra-wideband device localization) may be used to provide coordinated outputs and/or receive coordinated inputs using multiple devices. Providing coordinated outputs may include providing partial outputs using multiple devices, modifying an output of a device based on its position and/or orientation relative to another device, and the like. In some cases, each device of a set of multiple devices may provide a partial output, which combines with partial outputs of the remaining devices to produce a coordinated output.

An information processing device according to an embodiment includes a detection unit, a determination unit, and a display control unit. The detection unit detects a wearing state of a wearer with respect to a display device that has optical transparency and projects a plurality of content images duplicated from a single content image toward the eyeballs of the wearer. The determination unit determines whether or not the mounting misalignment is occurring with the wearer on the basis of the detection result of the wearing state detected by the detection unit. In a case where the determination unit determines that the mounting misalignment is occurring, the display control unit displays a notification regarding the mounting misalignment on the display device.