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Some of the networks in common use are: Local Area Network (LAN). Connects devices that are close geographically, for example in the same building. Wide Area Network (WAN). Connects devices that are well-separated geographically, for example, long distance telephone lines or radio may have to be used for the connections. Metropolitan Area Network (MAN). Designed for use in a town or city. Campus Area Network (CAN). Designed for operation in a campus such as a military campus or the campus of an educational establishment. Home Area Network (HAN). Designed to connect together devices in a person s home (e.g., computers and printers). In this chapter the use of satellite communications in the Internet, probably the best known of networks, and in networks using the ATM will be examined. Information may be transferred through a network in one of two ways, connection oriented and connectionless oriented. In connection oriented transfer, the path between sender and receiver is established before the information is transferred, and the information packets are transmitted in sequence. In connectionless oriented transfer a path may not be established before sending the packets, and these may not be sent in sequence. The packets in this case may follow different paths through the network. As an analogy, the connection oriented transfer could be compared to the exchange of information that takes place during a normal telephone conversation, while the connectionless oriented transfer is rather like sending information through the (snail) mail services. 15.4 Asynchronous Transfer Mode (ATM) When information is transferred through a network it passes through a number of stages. The information is assembled into packets, and in broadband networks the packets are multiplexed to form a single bit stream. Then there is the actual transmission of signals from node to node, and at the nodes the signals will undergo some form of switching. The complete process of getting information from source to destination is referred to as a transfer mode. With the ATM, the packets originating from an individual user do not have to be transmitted at periodic intervals. This is what is meant by asynchronous. For comparison, the time division multiplexing described in Sec. 10.4 is a form of synchronous transmission. Asynchronous transfer mode is commonly denoted by ATM, and the packets are known as cells. Cells can be given time slots on demand as and when required.
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15.4.1 ATM layers
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The protocol for ATM was created by a number of standards organizations: The International Telecommunication Union Telecommunications Standardization Sector (ITU-T) The American National Standards Institute (ANSI) European Telecommunications Standards Institute (ETSI) The ATM Forum The layers for ATM are shown in Figure 15.2.
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Physical layer. The lowest layer is the physical layer (corresponding to layer 1 in Figure 15.1). The physical layer has two sublayers, the physical medium sublayer, which deals with such matters as line codes to be used and bit timing. Although the cells are transmitted asynchronously, bit timing is required for correct reception of the bit stream. This is provided at the physical medium sublayer. The other, (upper) sublayer is the transmission convergence sublayer. Certain transmission systems require the bit stream to be framed, (an example of framing is the T1 system shown in Figure 10.7). Packing cells into a frame, and unpacking them on receive, is carried out in the transmission convergence sublayer. The transmission conversion sublayer also provides the mechanism for delineating cells, that is identifying the boundaries of the cell. Also, for certain types of bursty data
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Convergence Segmentation and reassembly Higher layers ATM adaptation layer (AAL) ATM layer Physical layer Generic flow control Cell Header Cell path and channel identifiers (VPI/VCI) Cell multiplex and demultiplex (Transmission convergence sublayer) Cell rate decoupling Header error control Cell delineation Framing Bit timing Physical medium
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