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such as computer output where there may be relatively long idle periods. Idle cells are inserted to maintain timing on transmit, and removed on reception at the transmission convergence sublayer (cell decoupling). Cell header error control is implemented at this transmission sublayer. The cell header is described in detail shortly. ATM layer. Cells from various sources (voice, data, video, images) are multiplexed, that is, arranged in sequence for transmit, and are separated, (de-multiplexed) into their respective channels on receive. Also at this layer a cell header is added which provides path and channel identification. The function of the header is key to ATM operation and this will be discussed in detail shortly. ATM Adaptation Layer (AAL). The adaptation layer is divided into two sub-layers. The convergence sublayer (CS) where the service requirements for the multimedia (voice, data, video, image) are established, and the segmentation and reassembly sublayer where the incoming information is segmented into cells, and the outgoing information is reassembled into its original format. The incoming bit streams for the various media will be quite different in bit rate and burstiness. The ATM adaptation layers are: AAl-1 is used for constant bit rate (CBR) applications, and is designed for voice and data that has to be sent over circuit facilities such as T1 (described in Sec. 10.4). As shown below 48 octets in a cell are reserved for the payload, but AAL-1 uses one of these octets for overhead, leaving 47 octets for the information payload. AAl-2 is used for variable bit rate (VBR) such as video and voice that use compression techniques. Again, part of the payload, from 1 to 3 octets is used for certain overhead functions, leaving 45 to 47 octets for the information payload. AAL-3/ 4 Originally there was a separate AAL-3 but it was found that this could be combined with AAL-4. In this way AAL-3/4 was established. It is connectionless oriented (see Sec. 15.3) and is used for VBR data. An overhead of 4 octets is included in the payload field leaving 44 octets for the information payload. It should be noted that all the other AALs are connection oriented (see Sec. 15.3). AAL-5 is used for VBR and is connection oriented. The payload does not contain any overhead, so the information payload makes use of the available 48 octets.
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There is also an ATM adaptation layer known as the null layer, and designated AAL-0 . This is used where the information is already assembled in cell format.
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Satellites in Networks
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15.4.2 ATM networks and interfaces
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Two basic types of ATM networks are in general use public and private. The public ATM network is designed to provide connections between any two subscribers, rather in the way that the public telephone network does. A private ATM network is one set up by an organization to provide ATM communications between the various parts of the organization. A private ATM network can exist independently of the public network, and the methods of interfacing to these will also differ in general. A number of different interfaces are encountered in an ATM network, and these are denoted as follows:
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User Network Interface (UNI). This is the interface between an end user and an ATM network. It occurs at the entry point for a user. A UNI may be public or a private. Network Node Interface (NNI). This is the interface between two nodes in a network, which may be public of private. A private NNI is usually indicated by PNNI in the literature. Network Network Interface. This is also abbreviated NNI and is an interface between two ATM networks. The interface between two private networks is indicated by PNNI. The context should make clear in both instances whether the NNI refers to network-node or networknetwork interface. A private network has to interface with the public network through a public UNI.
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