One of the key factors for a given application to take advantage of cloud computing is the ability to scale in an efficient, fast and reliable way. In centralized multi-party video conferencing, dynamically scaling a running conversation is a complex problem. In this paper we propose a methodology to divide the Multipoint Control Unit (the video conferencing server) into more simple units, broadcasters. Each broadcaster receives the media from a participant, processes it and forwards it to the rest. These broadcasters can be distributed among a group of CPUs. By using this methodology, video conferencing systems can scale in a more granular way, improving the deployment
When deploying videoconferencing systems in Cloud based infrastructures, one of the most complex ch...
Abstract — Due to the explosive growth of the Internet and increasing demand for multimedia informat...
Abstract—Cloud computing, a new thing which is only three years old, becomes the most fashionable te...
As an important application in today's busy world, mobile video conferencing facilitates people's vi...
As an important application in today's busy world, mobile video conferencing facilitates people's vi...
Multi party videoconference systems use MCU (Multipoint Control Unit) devices to forward media strea...
Multi-user video conferencing is a ubiquitous technology. Increasingly end-hosts in a conference are...
Abstract—The cloud computing paradigm has been advocated in recent video conferencing system design,...
It is typical for enterprises to rely on services from cloud providers in order to build a scalable ...
This paper introduces the Point Cloud Multipoint Control Unit (PC-MCU): a key component for multi-us...
While requests on video movement over mobile networks have been souring, the remote connection limit...
As an important application in today’s busy world, mobile video conferencing facilitates people’s vi...
Multi-user videoconferencing systems offer communication between more than two users, who are able t...
Abstract—A Multipoint Control Unit (MCU) is a software component that manages different aspects of m...
As an important application in today’s busy world, mobile video conferencing facilitates people’s vi...
When deploying videoconferencing systems in Cloud based infrastructures, one of the most complex ch...
Abstract — Due to the explosive growth of the Internet and increasing demand for multimedia informat...
Abstract—Cloud computing, a new thing which is only three years old, becomes the most fashionable te...
As an important application in today's busy world, mobile video conferencing facilitates people's vi...
As an important application in today's busy world, mobile video conferencing facilitates people's vi...
Multi party videoconference systems use MCU (Multipoint Control Unit) devices to forward media strea...
Multi-user video conferencing is a ubiquitous technology. Increasingly end-hosts in a conference are...
Abstract—The cloud computing paradigm has been advocated in recent video conferencing system design,...
It is typical for enterprises to rely on services from cloud providers in order to build a scalable ...
This paper introduces the Point Cloud Multipoint Control Unit (PC-MCU): a key component for multi-us...
While requests on video movement over mobile networks have been souring, the remote connection limit...
As an important application in today’s busy world, mobile video conferencing facilitates people’s vi...
Multi-user videoconferencing systems offer communication between more than two users, who are able t...
Abstract—A Multipoint Control Unit (MCU) is a software component that manages different aspects of m...
As an important application in today’s busy world, mobile video conferencing facilitates people’s vi...
When deploying videoconferencing systems in Cloud based infrastructures, one of the most complex ch...
Abstract — Due to the explosive growth of the Internet and increasing demand for multimedia informat...
Abstract—Cloud computing, a new thing which is only three years old, becomes the most fashionable te...