Q. ______ eliminates the varying delay times associated with different-size packets.

View solution

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

View solution

Q. _________ is the interface between two ATM switches.

View solution

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

View solution

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

View solution

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

View solution

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

View solution

Q. The AAL is divided into _______ sublayers.

View solution

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

View solution

Q. In ATM, _______is for short packets.

View solution

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

View solution

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

View solution

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

View solution

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

View solution

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

View solution

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

View solution

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

View solution

Q. Advantages of cell relay are

View solution

Q. The SMDS is similar to which transfer mode ?

View solution

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

View solution