A. Streaming media
B. Video teleconference
C. Television services
D. All of the mentioned
Explanation: RTP stands for Real-time transport protocol and is for delivering audio and video over IP networks. Its applications include streaming media, video teleconference, and television services.
A. Carry the media stream
B. Monitor transmission statistics of streams
C. Monitor quality of service of streams
D. Secure the stream
Explanation: RTP is used to carry the media stream for delivering audio and video over IP networks. Its applications include streaming media, video teleconference, and television services.
A. Media stream
B. Expansion
C. Media modification
D. Security
Explanation: RTP provides the facility of jitter media stream through a jitter buffer which works by reconstructing the sequence of packets on the receiving side. Then an even audio / video stream is generated.
A. Rtp
B. Rtcp
C. Rpc
D. Rtct
Explanation: RTCP stands for Real-time Transport Control Protocol and it works with RTP to send control packets to the users of the networks while RTP handles the actual data delivery.
A. Each media stream
B. All media streams
C. Some predefined number of media streams
D. No media stream
Explanation: An RTP session is required to be established for each media stream for delivering audio and video over the IP network. Each session has independent data transmission.
A. Unprevileleged UDP ports
B. Stream control transmission protocol
C. Datagram congestion control protocol
D. All of the mentioned
Explanation: RTP uses unprevileleged UDP ports, stream control transmission protocol, and datagram congestion control protocol for data delivery over IP networks.
A. Mpeg-4
B. Mjpeg
C. Mpeg
D. Txt
Explanation: RTP is suitable only for multimedia and not for simple text files as the operation would result into wastage of resources. Other protocols like FTP are suitable for such transmissions.
A. 12 bytes
B. 16 bytes
C. 24 bytes
D. 32 bytes
Explanation: Each RTP packet has a fixed header of size 12 bytes that contains essential control information like timestamp, payload type etc. for the receiving system processing.
A. Srtp
B. Rtcp
C. Rcp
D. Rtct
Explanation: SRTP stands for Secure Real-time Transport Protocol. It is like an extension to RTP which provides stream security through encryption, message authentication and integrity, and replay attack protection.