Q. The OSI model deals with physical, data link, network, transport, session and

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Q. A 16-bit port address represents

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Q. Logical Addresses are

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Q. Error Control and Flow Control are the responsibilities of

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Q. The both TCP and SCTP protocols are

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Q. The layer that is in between of session and application layer is

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Q. In transport layer, the message is divided into transmittable

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Q. The layer that are used to deal with the mechanical and electrical specifications are

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Q. The Checksum, Error control and Length information are the main features of

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Q. When a message receive at the receiver end, data link layer removes the data meant for it, then passes the rest to

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Q. The term that refers to a model for understanding and designing a network architecture is called

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Q. The physical layer is responsible for movements of individual

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Q. The process on each machine that communicate at a given layer is called

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Q. The network layer is responsible for the

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Q. Layer that is responsible for transferring Frames is

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Q. The physical addresses change from

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Q. The length of Port addresses in TCP/IP are

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Q. The Transmission Control Protocol divides a stream of data into smaller units that are called

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Q. Layered tasks involve three layers that are

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Q. A signal with 200 mill watts power passes through 10 devices, each with an average noise of2 microwatts, calculate SNR

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