Abstract: A proximity display system includes a mobile device that is enabled for Miracast sourcing and that provides a screen display. The proximity display system also includes a plurality of display units, which is enabled for Miracast sinking and is also coupled to the mobile device. Additionally, the proximity display system further includes a proximity sensing unit, which is coupled to the plurality of display units and enables a presentation of the screen display on a selected one of the plurality of display units based on a transmission signal strength received from the mobile device at the selected one. A method of operating a proximity display system is also included.

Abstract: Embodiments of the present invention are operable to display content related to an application using side display screens installed on a multi-display mobile device. As such, embodiments of the present invention can make use of the display surface areas associated with side display screens to render content (e.g., notifications associated with an application) in a power efficient manner. Also, by using separate display buffers for side display screens, embodiments of the present invention can independently render content while other components of the mobile device (e.g., the main display screen) operate within low power mode or “sleep state.” As such, by using side display screen in this fashion, embodiments of the present invention can efficiently utilize the power and computational resources of the mobile device.