Q. In Real-Time Transport Protocol (RTP), the source periodically sends a source description message to give additional infonnation about

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Q. Audio compression can be used for

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Q. In Real Time Interactive Audio Video, conferencing requires two way communication between

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Q. In Real Time Interactive Audio Video, Jitter is introduced in real-time data by the delay between

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Q. Session Initiation Protocol (SIP), has a mechanism that finds the

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Q. In Audio and Video Compression, voice is sampled at 8000 samples per second with

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Q. In Voice Over IP, Term SIP stands for

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Q. In Real-Time Transport Protocol (RTP), A source sends a bye message to shut down a

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Q. In Audio and Video Compression, term RBG expresses

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Q. To perform the tracking of an IP, Session Initiation Protocol (SIP), uses the concept of

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Q. A simple session using SIP consists of three modules: establishing, communicating and

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Q. The Real-time traffic needs the support of

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Q. Session Initiation Protocol (SIP), is designed to be independent of the underlying

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Q. In the lowest resolution a color frame is made of

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Q. In Real Time Interactive Audio Video, data are stored in the buffer at a possibly variable

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Q. In Real Time Interactive Audio Video, to prevent jitter, we can time-stamp the packets and separate the arrival time from the

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Q. Real-time Transport Protocol (RTP) is the protocol designed to handle real-time traffic on the

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Q. In Session Initiation Protocol (SIP), the session can be terminated with a

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Q. RTCP stands for

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Q. A compressed audio/video file can be downloaded as a

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