Q. Transmission Control Protocol (TCP), adds a header to each

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Q. SCTP protocol combines the best features of

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Q. The port number used by the process running on the destination host is called

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Q. In SCTP, the receiver stores all chunks that have arrived in its queue including the

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Q. In Process to Process delivery, the server process must also define itself with a

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Q. To distinguish between different data chunks belonging to the same stream, SCTP uses

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Q. Unlike UDP, TCP is a

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Q. The Dynamic ports ranges from

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Q. Numbering System is one of the Prominent feature of

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Q. In Transmission Control Protocol (TCP), the segments are not necessarily the same

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Q. TCP has segments, while Stream Control Transmission Protocol (SCTP) has

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Q. The User Datagram Protocol (UDP) perform very limited service of

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Q. The bytes of data being transferred in each connection are numbered by

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Q. A connection in SCTP is called an

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Q. A packet in Transmission Control Protocol (TCP) is called a

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Q. In User Data Protocol (UDP), the Destination Port Number is of length

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Q. The formula to get the length of User Data Protocol (UDP) is

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Q. A process that requires simple request-response communication with concern for flow and error control is called

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Q. The data link layer is responsible for

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Q. In Process to Process delivery, The layer that is responsible for the delivery of a message from one process to another is called

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