A performance comparison of zone-based multicast protocols for mobile ad hoc networks
IEEE International Conference on Networks, ICON
IEEE Computer Society
543 - 548
Item Usage Stats
MetadataShow full item record
With the current trend toward ubiquitous computing come wireless devices capable of forming the nodes of mobile ad hoc networks. Such networks typically rely on routing protocols in order to communicate messages from a source node to a destination node through a set of intermediary nodes. In a typical ad hoc environment, mobile nodes mostly work as a group and are involved in collaborative computing. Multicast communication is more effective in these scenarios. This paper presents the comparison of the performance of two zone-based multicast routing protocols. Shared-tree MZR is a shared tree variant of the Multicast Routing Protocol based on Zone Routing (MZR). We compare the two variants and analyze their performance under various network conditions. The test results show that Shared-tree MZR protocol performs well and has significantly low overhead in scenarios with multiple sources. ©2003 IEEE.
KeywordsAd hoc networks
Ad hoc networks
Mobile ad hoc networks
Ad hoc environment
Multicast routing protocol
Showing items related by title, author, creator and subject.
Korpeoglu, I.; Bagci, H. (SpringerOpen, 2009-01)Multicast routing protocols in wireless sensor networks are required for sending the same message to multiple different destinations. In this paper, we propose two different distributed algorithms for multicast routing in ...
Rangnekar, A.; Zhang, Y.; Selcuk, A.A.; Bicak, A.; Devarapalli V.; Sidhu, D. (2003)This paper proposes a new multicast protocol for mobile ad hoc networks (MANETs). The proposed protocol, Shared-Tree MZR, is a shared tree variant of the Multicast Routing Protocol based on Zone Routing (MZR). The concept ...
Akar, N.; Hokelek I.; Atik, M.; Karasan, E. (Institute of Electrical and Electronics Engineers Inc., 2003)We propose a novel traffic engineering architecture for IP networks with multiprotocol label switching (MPLS) backbones. In this architecture, two (primary and secondary) label switched paths (LSPs) are established among ...