Q. Application Adaptation Layer (AAL) can accept continuous bit streams and break them into chunks to be encapsulated into a cell at the

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Q. ATM technology supports different types of connections between

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Q. Asynchronous Transfer Mode (ATM) is the cell relay protocol adopted by the

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Q. Data communications had been based on frame switching and frame networks at data link layers, before

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Q. ATM LAN architecture is of

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Q. A cell network can handle real-time transmissions e.g.

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Q. Asynchronous Transfer Mode (ATM) technology was originally designed as a

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Q. WAN technologies are used in DSL, cable TV and

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Q. Frame Relay does not provide flow or error control, they must be provided by the

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Q. The Simple and Efficient Adaptation Layer (SEAL) is another name of

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Q. The first 4-bit field of header in Segmentation and Reassembly sub layer defines a sequence number to order the bits, is called

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Q. The parity bit of the Sequence number protection field of the header in SAR sublayer is used to detect the errors over

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Q. There are two sub-layers in

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Q. Frame Relay deploys physical layer carriers such as

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Q. In Asynchronous Transfer Mode (ATM), the network to network interfaces are used to connect the

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Q. At the data link layer, Frame Relay uses

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Q. In Frame Relay, there is no specific protocol defined for the

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Q. The application adaptation layer (AAL) was designed to enable

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Q. A cell switched network is called

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Q. Types of connections used by Asynchronous Transfer Mode (ATM), are

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