Media control server cascade system as well as method and device for controlling multimedia code streams
A media control and cascading system technology, applied in the field of communication, can solve the problems that the implementation of multimedia code stream application cannot be realized, etc.
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example 1
[0059] Figure 5 The cascaded system shown includes multiple MCUs, namely MCU51, MCU52 and MCU53. There are multiple conference sites mounted under MCU51, MCU52 and MCU53, among which the conference sites mounted under MCU51 are T511~T51n, which are mounted under MCU52 The conference sites are T521~T52n, and the conference sites mounted under MCU53 are T531~T53n.
[0060] In this embodiment, the cascading channels between MCU51 and MCU52, and between MCU52 and MCU53 are used to transmit audio code streams, and various MCUs process audio code streams differently, as follows:
[0061] The working process of MCU51 is as follows: receive the audio code streams of the venues T511~T51n, and decode them, select the audio code streams that meet the predetermined conditions from the decoded audio code streams, and pass multiple cascade connections between MCU51 and MCU52 The channel is sent to MCU52.
[0062] The working process of MCU52 is: receive the audio code stream of the venue...
example 2
[0070] In the cascaded system, the video wall on an MCU has multiple display screens, corresponding to the venues mounted under the MCU cascaded with the MCU, such as Image 6 The cascaded system shown includes MCU_A, MCU_B, MCU_C and MCU_D, wherein MCU_A is connected to a multi-screen video wall, and the multi-screen video wall has 4 display sub-pictures (picture 1, picture 2, picture 3 and picture 4), Each sub-screen corresponds to the cascaded venues T1, T2, T3, and T4 respectively. T1 is mounted under MCU_B, T2 is mounted under MCU_C, and T3 and T4 are mounted under MCU_D.
[0071] Among them, each MCU establishes a cascading channel with the upper-level MCU or the lower-level MCU, one cascading channel (channel ab) is established between MCU_A and MCU_B, and three cascading channels (channel ac1, ac2) are established between MCU_A and MCU_C and ac3), there are 2 cascaded channels (channels cd1 and cd2) established between MCU_C and MCU_D.
[0072] Specifically, the worki...
example 3
[0088] The multi-cascade channel structure of the MCU cascade system provided by the embodiment of the present invention can also solve the problem that the existing cascade system cannot support multi-channel point-to-point selection and viewing.
[0089] like Figure 7 As shown, T1, T2, and T3 are mounted under MCU_A, T4, T5, and T6 are mounted under MCU_B, and multiple cascading channels (ab1, ab2, and ab3) are set between MCU_A and MCU_B.
[0090] The above-mentioned MCUs (MCU_A and MCU_B) select an appropriate cascade channel to send corresponding video code streams according to the viewing information sent by the local conference site.
[0091] Assuming that it is necessary to implement T1 to select T4, T2 to select T5, and T3 to select T6 at the same time, the workflows of MCU_A and MCU_B are as follows:
[0092] The workflow of MCU_A is:
[0093] Receive the selection information, the selection information is used to indicate: T1 selects T4, T2 selects T5, and T3 sel...
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