Open Access This is an open access article distributed under the CC BY-NC license ( ). CSM problem in 2-D mesh topologies They aimed to min- imize the energy consumption under. The simulation results show that our proposal gets a better throughput performance. proposed a heuristic(greedy) branch and bound algorithm to solve the. The rest of the paper is organized as follows. In this paper, after analyzing the IEEE 802.16d mesh mode with coordinated distributed scheduling, we propose a novel method to improve the throughput by a dynamic holdoff algorithm. broadcast routing algorithm used Hamiltonian model for 3-D mesh multicomputer is produced in this paper. However, IEEE 802.16d mesh mode uses a static holdff algorithm, which leads to a low performance in the majority of cases. Concurrently, coordination of three way handshake messages depends on the mechanism named Election based Transmission Timing (EBTT). The mesh routers,usually xed in place, cooperatively route the client trafcto In a DMesh, each node is equipped with a certain numberof directional antennas, typically ranging from two to eight.1The antenna number may beheterogeneousin the network.Due to its narrow beam width, an antenna usually beams,and hence connects, to a neighboring node. WiMAX mesh mode achieves data transmission in conflictfree manner in multihop networks by using the control messages (three way hand-shake messages or MSH-DSCH messages) to reserve channel for sending data. The IEEE 802.16d (WiMAX) standard of wireless mesh net-works is one of the widely used BWA standard. Unlike Wi-Fi, BWA (Broadband wireless access) technology provides high-speed communication in a wide area.
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