Download ATM Interworking in Broadband Wireless Applications by Muthuthamby Sreetharan PDF

By Muthuthamby Sreetharan

Platforms engineering rules and info had to enforce instant broadband purposes are lined during this paintings, targeting ATM networking tools with emphasis on site visitors administration and QoS concerns. The e-book deals a point of view at the impression of the instant part and offers an engineering-level therapy of all proper subject matters, explaining how new broadband instant applied sciences, corresponding to LMDs, are being deployed among the client area and the supplier side networks. Sreetharan is president of a working laptop or computer consultancy and holds levels in electric engineering. Subramaniam works as an engineer within the deepest zone.

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Extra info for ATM Interworking in Broadband Wireless Applications

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25 and Frame Relay networks, ATM, Token Ring, and virtually any other kind of physical transmission media. 1 illustrates the various layers in the Internet protocol suite built for IP. The User Datagram Protocol (UDP), Internet Control Message Protocol (ICMP), routing control protocols, and Transmission Control Protocol (TCP) interface directly with IP, compromising the transport layer in the Internet architecture. 1. The File Transfer Protocol (FTP) application provides for client-server login, directory listing, and file transfers.

Internetworking, in general, will encompass consideration of all seven layers of the OSI reference model. 3) being one of the most popular bus-based technologies. 6) are two other commonly available architectures that use a ring topology. The data-link layer (layer 2), which consists of sublayers [the hardware-independent logical link control (LLC) layer and the hardware-dependent media access control (MAC) layer] provides the necessary software abstractions to allow flexible interconnection and interworking schemes.

2 Frame and Cell Relay Networks Relaying variable-length frames (level 2 in the OSI model) and fixed-length cells are the basic concepts behind the frame and cell relay networks, respectively. The key to these new technologies has been reduced levels of processing at switching nodes and increasing levels of hardware participation in the switching algorithms, giving rise to increasing levels of session multiplexing and vastly minimized end-to-end propagation delays to match the many-fold increases that have been achieved by technology advances in the transmission technology.

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