Q. A(n) ______ is the interface between a user and an ATM switch.

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Q. _________ is the interface between two ATM switches.

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Q. In ATM, connection between two endpoints is accomplished through _______.

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Q. In ATM, the _______layer accepts transmissions from upper-layer services and maps them into ATM cells.

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Q. In ATM, the ______ layer provides routing, traffic management, switching, and multiplexing services.

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Q. In ATM, the _____ layer defines the transmission medium, bit transmission, encoding, and electrical-to-optical transformation.

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Q. The AAL is divided into _______ sublayers.

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Q. In ATM, ______ is for constant-bit-rate data.

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Q. In ATM, _______is for short packets.

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Q. In ATM, _____ is for conventional packet switching (virtual-circuit approach or datagram approach).

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Q. In ATM, ______ is for packets requiring no sequencing and no error control mechanism.

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Q. ________ technology can be adapted for use in a LAN (ATM LAN).

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Q. In a _____ ATM LAN, an ATM switch connects stations.

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Q. In a _______ ATM LAN, the backbone that connects traditional LANs uses ATM technology.

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Q. A _______ ATM LAN combines features of a pure ATM LAN and a legacy ATM LAN.

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Q. The type of packet format supported by X.25 are as follows

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Q. Advantages of cell relay are

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Q. The SMDS is similar to which transfer mode ?

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Q. Frame relay indicates network congestion using two flags namely ________ bits in data frames.

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Q. Which AAL type can best process a data stream having a non constant bit rate?

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