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A typical scenario in Mobile Ad Hoc networks(MANETs) consists of nodes having functional and motorial affinities(e.g., groups in the same exploration). In order to achieve scalability for such a network having a large scale, we propose, in this paper, a novel “Location-Information-Based Multiple-Landmark Multicast Protocol (MLMP). This protocol is an ”implicit“ , flexible hierarchical routing scheme following the traditional hierarchical method for handling scalability in large, wired networks. MLMP features dynamic distributed election of multiple landmarks with scope constraints and multicast packet forwarding using Location-Information-Based protocol. This protocol is very suit for large scale Ad hoc networks. Simulation result shows the good performance properties of MLMP in general ad hoc network infrastructures.
A typical scenario in Mobile Ad Hoc networks (MANETs) consists of nodes having functional and motorial affinities (eg, groups in the same exploration). In order to achieve scalability for such a network having large scale, we propose, in this paper, a novel ”Location-Information-Based Multiple-Landmark Multicast Protocol (MLMP). This protocol is an“ implicit ”, flexible hierarchical routing scheme for the hierarchical protocol for handling scalability in large, wired networks. MLMP features dynamic distributed election of multiple landmarks with scope constraints and multicast packet forwarding using Location-Information-Based protocol. This protocol is very suit for large scale Ad hoc networks. Simulation result shows the good performance properties of MLMP in general ad hoc network infrastructures.