Adetunji Azeez - Academia.edu (original) (raw)
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Dynamic nature of Mobile Ad-hoc Networks (MANET) has made routing of data difficult by the existi... more Dynamic nature of Mobile Ad-hoc Networks (MANET) has made routing of data difficult by the existing protocols in Wireless Networking. This has led to the proposal of a few ones that are targeted at ensuring effective routing in this setup. The most popular one is Ad-hoc On-demand distance vector (AODV), a reactive extended version of Distance Vector (DV). However, performance metrics such as routing overhead, packets delay, packet delivery ratio and packets loss have limited its commercial application. An improved version, Ad-hoc On-demand Multiple-path Distance Vector (AOMDV) has also been proposed, which improves packet delivery ratio and reduces packets loss but routing overhead is still a significant burden on limited bandwidth. Moreover, routing overhead consumes a proportionate portion of the limited bandwidth which could make its commercial application less attractive. Thus, this paper proposes a layer of protocols named Adhoc On-demand Multiple-path Distance Vector Location Aided Zone Routing protocol (AOMDV-LAZRP), which is expected to compliment AOMDV shortfalls by lowering the routing overhead.
Dynamic nature of Mobile Ad-hoc Networks (MANET) has made routing of data difficult by the existi... more Dynamic nature of Mobile Ad-hoc Networks (MANET) has made routing of data difficult by the existing protocols in Wireless Networking. This has led to the proposal of a few ones that are targeted at ensuring effective routing in this setup. The most popular one is Ad-hoc On-demand distance vector (AODV), a reactive extended version of Distance Vector (DV). However, performance metrics such as routing overhead, packets delay, packet delivery ratio and packets loss have limited its commercial application. An improved version, Ad-hoc On-demand Multiple-path Distance Vector (AOMDV) has also been proposed, which improves packet delivery ratio and reduces packets loss but routing overhead is still a significant burden on limited bandwidth. Moreover, routing overhead consumes a proportionate portion of the limited bandwidth which could make its commercial application less attractive. Thus, this paper proposes a layer of protocols named Ad-hoc On-demand Multiplepath Distance Vector Location Aided Zone Routing protocol (AOMDV-LAZRP), which is expected to compliment AOMDV shortfalls by lowering the routing overhead.
Dynamic nature of Mobile Ad-hoc Networks (MANET) has made routing of data difficult by the existi... more Dynamic nature of Mobile Ad-hoc Networks (MANET) has made routing of data difficult by the existing protocols in Wireless Networking. This has led to the proposal of a few ones that are targeted at ensuring effective routing in this setup. The most popular one is Ad-hoc On-demand distance vector (AODV), a reactive extended version of Distance Vector (DV). However, performance metrics such as routing overhead, packets delay, packet delivery ratio and packets loss have limited its commercial application. An improved version, Ad-hoc On-demand Multiple-path Distance Vector (AOMDV) has also been proposed, which improves packet delivery ratio and reduces packets loss but routing overhead is still a significant burden on limited bandwidth. Moreover, routing overhead consumes a proportionate portion of the limited bandwidth which could make its commercial application less attractive. Thus, this paper proposes a layer of protocols named Adhoc On-demand Multiple-path Distance Vector Location Aided Zone Routing protocol (AOMDV-LAZRP), which is expected to compliment AOMDV shortfalls by lowering the routing overhead.
Dynamic nature of Mobile Ad-hoc Networks (MANET) has made routing of data difficult by the existi... more Dynamic nature of Mobile Ad-hoc Networks (MANET) has made routing of data difficult by the existing protocols in Wireless Networking. This has led to the proposal of a few ones that are targeted at ensuring effective routing in this setup. The most popular one is Ad-hoc On-demand distance vector (AODV), a reactive extended version of Distance Vector (DV). However, performance metrics such as routing overhead, packets delay, packet delivery ratio and packets loss have limited its commercial application. An improved version, Ad-hoc On-demand Multiple-path Distance Vector (AOMDV) has also been proposed, which improves packet delivery ratio and reduces packets loss but routing overhead is still a significant burden on limited bandwidth. Moreover, routing overhead consumes a proportionate portion of the limited bandwidth which could make its commercial application less attractive. Thus, this paper proposes a layer of protocols named Ad-hoc On-demand Multiplepath Distance Vector Location Aided Zone Routing protocol (AOMDV-LAZRP), which is expected to compliment AOMDV shortfalls by lowering the routing overhead.