Minimizing Routing Broadcast and Packet Loss in Wireless Ad-hoc Networks with a Cluster-Based Self-Organized Algorithm as MAC protocol
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IEEE
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One of the main issues of routing protocols on wireless ad-hoc networks is the energy consumed by the traffic generated in the route discovery and routing table construction and maintenance. To reduce such of amount messages, we propose to use a backbone structure which would control the network traffic flow in an energy-efficient manner. This paper proposes the implementation of the energy-efficient selforganized algorithm (EESOA) as Medium Access Control (MAC) protocol. Also, we extended the algorithm to address network segmentation by handling inter clusters connectivity. EESOA as MAC provide a backbone structure for wireless ad-hoc networks due to their cluster-based capabilities and robustness to topology changes. The encapsulation of EESOA on MAC provides a cross layer solution, agnostic to the routing protocol and wireless technology. To show the performance of this cross-layer solution, an implementation of a wireless ad-hoc network with AODV and EESOA as MAC protocol in the NS3 simulator is used. This simulation allows evaluating the performance of the AODV routingprotocoloverEESOAasMACprotocolcomparedagainst normal Ad-hoc MAC. Therefore, the use of routing protocol over a self-organized algorithm can obtain better results, in packet loss, network connectivity and node reachability.
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Redes Móviles Inalámbricas, Autoorganización, Ruteo, AODV, Self-Organization, EESOA, Ad-hoc Network, Clustering, Emergent Behavior, Stigmergy, WSON
Citación
F. E. Balart-Sanchez, L. F. Gutierrez-Preciado and G. Olascuaga-Cabrera, "Minimizing Routing Broadcast and Packet Loss in Wireless Ad-hoc Networks with a Cluster-Based Self-Organized Algorithm as MAC protocol", 2019 IEEE 9th Annual Computing and Communication Workshop and Conference (CCWC), Las Vegas, NV, USA, 2019, pp. 0499-0505.