Media Handling for Conferencing in Mobile Ad Hoc Networks
Media handling architectures for multimedia conferencing applications in Mobile Ad hoc NETworks (MANETs) and Multihop Cellular Networks (MCNs)
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The new services and applications that can rise inthe upcoming years will be the multi-network systemsintegrating next generation and traditional networks.Those services and applications will guaranteetransition and compatibility between differentgenerations of network systems. Within thisdissertation we focus on conferencing applications inMobile Ad hoc NETworks (MANETs) and Multihop CellularNetworks. Conferencing includes popular applicationssuch as audio/video conferencing and massive gaming.It requires two sessions: a call signaling and amedia handling. Call signaling is used to set upconf...
The new services and applications that can rise in
the upcoming years will be the multi-network systems
integrating next generation and traditional networks.
Those services and applications will guarantee
transition and compatibility between different
generations of network systems. Within this
dissertation we focus on conferencing applications in
Mobile Ad hoc NETworks (MANETs) and Multihop Cellular
Networks. Conferencing includes popular applications
such as audio/video conferencing and massive gaming.
It requires two sessions: a call signaling and a
media handling. Call signaling is used to set up
conference sessions. Media handling deals with
aspects such as media transportation and media
mixing. We propose a self-organizing media handling
architecture based on two overlay networks: one for
mixing and one for control. For mixing, a distributed
mixing architecture that balances the load among the
nodes according to their capabilities is proposed.
The control tasks are assured by a media signaling
protocol based on an extended version of Megaco/H.248.
For Multihop Cellular Networks, media
mediators are used to connect the entities of MANETs
with the entities of Cellular Networks.
the upcoming years will be the multi-network systems
integrating next generation and traditional networks.
Those services and applications will guarantee
transition and compatibility between different
generations of network systems. Within this
dissertation we focus on conferencing applications in
Mobile Ad hoc NETworks (MANETs) and Multihop Cellular
Networks. Conferencing includes popular applications
such as audio/video conferencing and massive gaming.
It requires two sessions: a call signaling and a
media handling. Call signaling is used to set up
conference sessions. Media handling deals with
aspects such as media transportation and media
mixing. We propose a self-organizing media handling
architecture based on two overlay networks: one for
mixing and one for control. For mixing, a distributed
mixing architecture that balances the load among the
nodes according to their capabilities is proposed.
The control tasks are assured by a media signaling
protocol based on an extended version of Megaco/H.248.
For Multihop Cellular Networks, media
mediators are used to connect the entities of MANETs
with the entities of Cellular Networks.
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