High-Speed Wireless Atm and Lans
Understand the technological issues associated with wireless local area networks (WLANs) as a means of providing cable-free data access, easy upgrading and flexible reconfiguration compared to the extensive multimedia and intensive application support provided by terrestrial and satellite asynchronous transfer mode (ATM) networks using this new resource. You see the benefits and the issues related to developing wireless ATM and get a comprehensive overview of both WLAN and WATM technologies, as well as their global standards, performance evaluations of the two network options, and the pros and cons of each, written by an acknowledged expert in the fields of wireless communications and high-speed networking.
28 pages matching spread spectrum in this book
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1004 Packet length access point allocation antenna applications ATM cell ATM networks Average delay performance bandwidth Bluetooth Broadband broadcast addressing carrier sensing CDMA cellular chip collision computers connection CSMA/CA data packet delay spread detection devices division multiple access DQPSK DSSS Ethernet Ethernet packet fading FHSS FHSS wireless LANs Frame frequency band frequency channels handoff header high-speed HIPERLAN HIPERLAN Type hopping pattern IEEE implemented infrared LANs infrastructure interference interframe space Internet intersymbol interference ISM band MAC protocol Mbps mobile nodes modulation MPDU multimedia multipath multiple access network interface cards operating overhead Packet length octets packet transmission phase physical layer PLCP pseudonoise pseudonoise code range received signal requires retransmission satellite slot Spectrum24 spread spectrum standard sublayer symbol rate synchronization Table techniques Technologies traffic transmitted unicast unicast addressing WavePOINT wired network wireless ATM wireless coverage areas wireless LANs wireless network WLIF