Abstract: Disclosed are systems and methods for providing a virtual conference using personal devices of the participants. In one embodiment, a proximity value is generated and encoded in audio streams from each device. A server can compare proximity values and enable a suitable microphone, while disabling the remaining microphones. Systems and techniques for improving capturing and synchronization of source audio and improved audio playback at destination are also disclosed.

Abstract: Disclosed are systems and methods for providing a virtual conference using personal devices of the participants. In one embodiment, a proximity value is generated and encoded in audio streams from each device. A server can compare proximity values and enable a suitable microphone, while disabling the remaining microphones. Systems and techniques for improving capturing and synchronization of source audio and improved audio playback at destination are also disclosed.

Abstract: Disclosed are systems and methods for providing a virtual conference using personal devices of the participants. In one embodiment, a proximity value is generated and encoded in audio streams from each device. A server can compare proximity values and enable a suitable microphone, while disabling the remaining microphones. Systems and techniques for improving capturing and synchronization of source audio and improved audio playback at destination are also disclosed.

Abstract: Disclosed are systems and methods for providing a virtual conference using personal devices of the participants. In one embodiment, a proximity value is generated and encoded in audio streams from each device. A server can compare proximity values and enable a suitable microphone, while disabling the remaining microphones. Systems and techniques for improving capturing and synchronization of source audio and improved audio playback at destination are also disclosed.

Abstract: Disclosed are systems and methods for providing a virtual conference using personal devices of the participants. In one embodiment, a proximity value is generated and encoded in audio streams from each device. A server can compare proximity values and enable a suitable microphone, while disabling the remaining microphones. Systems and techniques for improving capturing and synchronization of source audio and improved audio playback at destination are also disclosed.

Abstract: A system and method for mobile content management are provided. An arrangement of display elements are displayed, for example using a touch screen interface of a mobile device. A first control input is received causing one of the display elements to be selected. The selected one of the display elements has a first position in the arrangement of display elements. A second control input is received, the second control input indicating that the selected display element is to be repositioned to a second position within the arrangement of display elements. The selected display element is repositioned to the second position within the arrangement of display elements.

Abstract: A system and method for retrieving and selecting content are presented. A Uniform Resource Locator referring to a web page is identified and a plurality of includable elements are retrieved from the web page. The plurality of includable elements from the web page are provided for selection by a user using a user interface. In some implementations, the plurality of includable elements include images, and the plurality of includable elements are filtered to identify a subset of the plurality of includable elements meeting criteria. In one implementation, the criteria specify at least one of a filetype and minimum image dimensions.

Abstract: A system and method for mobile content management are provided. An arrangement of display elements are displayed, for example using a touch screen interface of a mobile device. A first control input is received causing one of the display elements to be selected. The selected one of the display elements has a first position in the arrangement of display elements. A second control input is received, the second control input indicating that the selected display element is to be repositioned to a second position within the arrangement of display elements. The selected display element is repositioned to the second position within the arrangement of display elements.