Multiple Transceivers for IEEE802.16 Mesh Network to Avoid Confusion Routing and Scheduling

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Thanaa H Yousif
Bashar J Hamza


WiMAX, IEEE802.16, optimization, EMBR


The speed of data transfer and the amount of space within the communication service, taking into account the cost, security, capacity, and specifications of WiMAX is highly important in communications. There are varies  difficulties for  routing in WiMAX, for example, delay, long scheduling, interference and progressively stringent Quality of Service (QoS) backing and burden parity. This paper proposes a multi-transceiver and multi-channel centralized routing and scheduling algorithm to avoid the impact of packet collision with neighbor nodes. The proposed  algorithm looks for a short path from the subscriber station (SS) node to  Base station  (BS), while the optimal path is achieved when the whole path has the lowest (energy bit minimum routing (EBMR)). After the route is fixed, and the traffic demanded at each node is known, the total traffic arriving at a node is centrally scheduled in order to avoid the transmission interferences. The results from the multi and nearest multi-transceiver systems showed that the proposed algorithm has effectively minimize the length of scheduling in the in multi \ nearest multi -transceiver system. Moreover, the channel utilization ratio (CUR) is found to be improved over the implementation of the proposed system

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