Abstract:
A method of broadcasting data from a multicast source (S) to a plurality of receivers (CL) in a telecommunications network (1) in accordance with a broadcasting strategy, including: a step (E40) of receiving parameters (STAT, AG, CS); a step (E50) of adjusting said strategy as a function of said parameters; and in the event of modification of said strategy, a step (E70) of broadcasting in a multicast signaling channel, an identifier of this new broadcasting strategy.
Abstract:
A method of broadcasting data from a multicast source (S) to a plurality of receivers (CL) in a telecommunications network (1) in accordance with a broadcasting strategy, including: a step (E40) of receiving parameters (STAT, AG, CS); a step (E50) of adjusting said strategy as a function of said parameters; and in the event of modification of said strategy, a step (E70) of broadcasting in a multicast signaling channel, an identifier of this new broadcasting strategy.
Abstract:
A system for improving the reliability of transmission of multibroadcast data between a source of data and a plurality of customer receivers of the data via a telecommunications network. The system includes a supervision server adapted to provide each customer receiver with a list of at least one other receiver, said customer receiver being adapted to receive missing data from said the other customer receiver via a reliable peer-to-peer connection.
Abstract:
A system for improving the reliability of transmission of multibroadcast data between a source (10) of data and a plurality of customer receivers (201, 202, . . . , 20N) of said data via a telecommunications network (1), characterized in that said system includes a supervision server (30) adapted to provide each customer receiver with a list of at least one other receiver, said customer receiver being adapted to receive missing data from said other customer receiver via a reliable peer-to-peer connection. Application to the transmission of data in multicast mode.