Methods To Improve Person-to-Person Interactions In Video Conferences

The present invention provides significant and much needed improvements in person-to-person interactions within videoconferencing events, by enabling each participant a greater freedom the move around quickly, and change their acoustic perspectives based on their relative positions to other participants, to control who is near to them, and to quickly scan through all participants in a venue to choose participants they like and later to see who liked them. Recent advances in processing power and simulation of binaural sound from monophonic sound simulates distances and azimuth angles as well as aural anatomical comb filtering effects to simulated stereophonic sound and select desirable crowd noises in videoconferencing.