End-to-end protocols/Internet: Difference between revisions
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imported>Howard C. Berkowitz m (fixed link capitalization) |
imported>Howard C. Berkowitz (RTP/UDP relationship) |
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:*[[User Datagram Protocol]] (UDP) | :*[[User Datagram Protocol]] (UDP) | ||
:*[[Transmission control protocol]] (TCP) | :*[[Transmission control protocol]] (TCP) | ||
:*[[Real-time Protocol]] (RTP) with [[Real-time control protocol]] (RTCP) | :*[[Real-time Protocol]] (RTP) with [[Real-time control protocol]] (RTCP). While RTP/RTCP do have the attributes of end-to-end protocols, they are encapsulated in UDP for transmission | ||
Another end-to-end function is the [[Resource Reservation Protocol]], which allocates capacity from end to end, but is not responsible for transfer. | Another end-to-end function is the [[Resource Reservation Protocol]], which allocates capacity from end to end, but is not responsible for transfer. | ||
Historic end-to-end protocols include OSI Transport Protocol (Classes 0-4), Novell SPX, AppleTalk Transaction Protocol, DECnet Network Service Protocol, and, in Xerox Network Services, the Sequenced Packet Protocol and Packet Exchange Protocol. | Historic end-to-end protocols include OSI Transport Protocol (Classes 0-4), Novell SPX, AppleTalk Transaction Protocol, DECnet Network Service Protocol, and, in Xerox Network Services, the Sequenced Packet Protocol and Packet Exchange Protocol. | ||
Revision as of 14:33, 26 September 2008
Several end-to-end data transfer protocols run in the Internet Protocol Suite:
- User Datagram Protocol (UDP)
- Transmission control protocol (TCP)
- Real-time Protocol (RTP) with Real-time control protocol (RTCP). While RTP/RTCP do have the attributes of end-to-end protocols, they are encapsulated in UDP for transmission
Another end-to-end function is the Resource Reservation Protocol, which allocates capacity from end to end, but is not responsible for transfer.
Historic end-to-end protocols include OSI Transport Protocol (Classes 0-4), Novell SPX, AppleTalk Transaction Protocol, DECnet Network Service Protocol, and, in Xerox Network Services, the Sequenced Packet Protocol and Packet Exchange Protocol.