Abstract
Design issues of self-organizing broadband wireless networks are examined in this paper. As centralized solutions suffer from many inherent disadvantages, the responsibilities of organizing and controlling self-organizing networks should be fully distributed among wireless stations themselves. Wireless channel oriented adhoc multihop broadband (W-CHAMB) ideas that meet QoS demands for high performance services and realize statistical multiplexing of bursty traffic in a fully distributed and efficient manner are described in detail. The superiority of the performance of the W-CHAMB network can be seen in comparison with that of packet-oriented IEEE 802.11 WLAN. The hidden station problem is completely resolved by means of the energy signal (E-signal) solution. The performance gain of the E-signal solution over the RTS/CTS mechanism is evaluated through computer simulation. Finally, the effect of network connectivity on the traffic performance is discussed.
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