Teleconferencing environment having auditory and visual cues
A teleconferencing environment is provided in which both audio and visual cues are used to identify active participants and presenters. Embodiments provide an artificial environment, configurable by each participant in a teleconference, that directs the attention of a user to an identifier of an active participant or presenter. This direction is provided, in part, by stereo-enhanced audio that is associated with a position of a visual identifier of an active participant or presenter that has been placed on a window of a computer screen. The direction is also provided, in part, by promotion and demotion of attendees between attendee, active participant, and current presenter and automatic placement of an image related to an attendee on the screen in response to such promotion and demotion.
1. A teleconference system comprising:
an attendee site node, coupled via a network to a teleconference server coupled to a plurality of remote attendee site nodes, and comprising
a network interface configured to
receive audio information from the teleconference server wherein the audio information corresponds to an audio signal originating from an originating attendee site node that is a member of the plurality of remote attendee site nodes,
receive current speaker identification information from the teleconference server wherein the current speaker identification information is associated with the originating attendee site node,
receive visual data from the teleconference server and
receive gestural input information from the teleconference server, by the network interface, wherein
the gestural input information is associated with the originating attendee site node, and
the gestural input information corresponds to input data generated by a user of the originating attendee site node manipulating an input device over a location on an image of the visual data; and
a processor coupled to the network interface and configured to
associate the current speaker identification information with a first image stored in a memory coupled to the processor,
display the first image at a first selected location in an attendee area on a display coupled to the processor,
generate a modified audio signal from the audio information, and
apply the modified audio signal to a playback device coupled to the processor, wherein the modified audio signal is generated to sound as if it is originating from a spatial location corresponding to the first selected location when emitted from the playback device,
display the visual data in a slide area of a presenter area on the display wherein the presenter area is distinct from the attendee area,
select an avatar image corresponding to the current speaker identification information wherein the avatar image is stored in the memory,
display the avatar in a current presenter area of the presenter area, wherein the current presenter area of the presenter area is displayed next to the slide area of the presenter area,
modify the avatar display in response to the gestural input information to provide a visual cue from the avatar to the corresponding location of the slide area in the presenter area.
2. The teleconference system of claim 1 wherein the attendee site node is further configured to
receive attendee identification information for each attendee of a teleconference, from the teleconference server by the network interface, wherein the attendee identification information is associated with each originating remote attendee site node;
associate the attendee identification information for each attendee with a corresponding image; and
display the corresponding images corresponding to each attendee at corresponding selected locations in the attendee area.
3. The teleconference system of claim 2 wherein the attendee site node is further configured to
automatically select the corresponding selected locations for display of the images corresponding to each attendee.
4. The teleconference system of claim 3 wherein the attendee site node is further configured to provide a user initiated mechanism for moving an image of an attendee to a user-selected location.
5. The teleconference system of claim 2 wherein the attendee site node is further configured to
receive second audio information from the teleconference server by the network interface wherein the second audio information corresponds to a second audio signal originated from a second originating attendee site node;
receive second current speaker identification information from the teleconference server wherein the second current speaker identification information is associated with the second originating attendee site node;
generate a second modified audio signal from the second audio information; and
apply the second modified audio signal to the playback device wherein the second modified audio signal is generated to sound as if it is originating from a spatial location corresponding to the corresponding selected location associated with the image associated with the attendee associated with the second current speaker.
6. The teleconference system of claim 5 wherein the attendee site node is further configured to
display the images corresponding to each attendee in one or more of rows or groupings in the attendee area; and
display the first image in a stage area of the attendee window wherein the stage area is center and to the bottom of the attendee area.
7. The teleconference system of claim 6 wherein the attendee site node is further configured to
display, by the processor, a second image in the stage area, wherein
the second image corresponds to the image associated with the attendee associated with the second current speaker, and
the second image either replaces the first image or is added to the first image in the stage area.
8. The teleconference system of claim 1 wherein the visual data corresponds to image data provided by the originating attendee site node.
9. The teleconference system of claim 8 wherein the visual data is one of a slide, a postscript file, a picture file, and a desktop image.