Revolabs, Inc

Other

Ziiproow, Inc.

Jonathan Schau

Mathieu Zastawny

Timothy D Root

Stephen R Lyman

Martin Reed Bodley

Dio Climaco Cavero

Adam Sebastian Sanchez

Jean-Pierre Carney

Pascal Cleve

Holger Stoltze

Marc Cremer

Klaus Hartung

John Moldauer

Barret Wolber

Jean Pierre Carney

John W Wolber

Lance Hazelton

Antonio Muchaxo

Alexandre Sousa

John Coffey

Mark Desmarais

Thomas Cotton

Antonio Manuel Pedroso

An A/V conference device located in each of a plurality of A/V conference call spaces operates to receive, process and transmit audio and video information over a network to a far-end location during a conference call, and an A/V conference service operates in the network to setup, support, and terminate conference calls between the A/V conference devices. The A/V conference call device has conference call control functionality that detects the presence of one or more individuals in the conference call space, and which prompts the individuals for call setup information that is sent to the A/V conference service operating in the network. The individual can move to be present in any one of a plurality of available conference spaces and initiate a conference call without the need to provide scheduling information to the A/V conference service prior to or after entering the space.

Conducting an audio or video conference call

Video conferencing apparatus

Systems and methods for adaptive OTA (over-the-air) synchronization of RF (radio frequency) base stations are described herein. Using these systems and methods, base stations in wireless audio systems can automatically identify externally sourced base station clocks and merge overlapping clock system domains, thereby eliminating the need for complex base station management and network configuration.

Systems and methods for synchronizing wirless audio base stations

An audio conferencing system has a base station, a speaker and one or more mobile microphones, and it operates to receive audio information from both a far-end audio source and a near-end audio source and to process the audio information for transmission to a far-end audio conferencing system. At least one of the mobile microphones has a motion detection device and operates to send detected motion information to the base station. The base station operates to control the processing of audio information it receives from the microphone according to the detected microphone motion information.

Growing community of inventors

Sudbury, MA, United States of America

Jonathan Schau