Abstract:
The present invention provides a system and method for rendering a video conference. The method includes the steps of: creating a visual representation of a plurality of participants in the video conference, wherein the plurality of participants are divided into two or more subsets; and creating a compact version of the visual representation of at least one of the two or more subsets, wherein the choice of which subsets have a compact version of the visual representation created and displayed is based on the head position of a local participant.
Abstract:
A method for rendering a video conference including identifying a location of a focus region and a size of the focus region by tracking a head position of a participant viewing the video conference and rendering the video conference to increase an amount of display resources for one or more participants included in the focus region and decrease the amount of display resources for one or more of the participants not included in the focus region.
Abstract:
Various aspects of the present invention are directed to systems and methods for highlighting participant activities in video conferencing. In one aspect, a method of generating a dynamic visual representation of participants taking part in a video conference comprises rendering an audio-visual representation of the one or more participants at each site taking part in the video conference using a computing device. The method includes receiving a saliency signal using the computing device, the saliency signal identifying the degree of current and/or recent activity of the one or more participants at each site. Based on the saliency signal associated with each site, the method applies image processing to elicit visual popout of active participants associated each site, while maintaining fixed scale and borders interface of the visual representation of the one or more participants at each site.
Abstract:
An electronic device includes an enclosure for the electronic device and a duct extending from an interior to an exterior of the enclosure to exhaust airflow from the enclosure. The electronic device further includes an active noise control mechanism. The active noise control mechanism includes an internal sensor, an external sensor, and an acoustic wave generator. The internal sensor is arranged within the enclosure to sense a noise and generate an internal sensor output, and the external sensor is arranged outside of the enclosure to detect sounds and generate an external sensor output. Based on the internal sensor output and the external sensor output, the acoustic wave generator generates an acoustic wave within the duct to reduce the noise.
Abstract:
Methods and systems of selecting functionality of a portable computer. At least some of the illustrative embodiments are methods comprising inserting a portable computer into a cradle unit, and implementing a functionality by the portable computer (the functionality selected at least in part by interaction between the portable computer and the cradle unit).