Analysis of TORA and OLSR Routing Protocol on Different IP versions
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From the comparison of TORA and OLSR the results of my simulations conclude that for the same Scenario OLSR is better for those conditions where bandwidth is no issue, but time and accuracy is preferred. The comparative study on global and nodal analysis of various two ad hoc routing protocols OLSR and TORA. The study of these routing protocols shows that OLSR is more efficient in dense scenario comparative to TORA. OLSR requires that it continuously have some bandwidth in order to receive the topology updates messages. TORA performs much better in packet delivery owing to selection of better ...
From the comparison of TORA and OLSR the results of my simulations conclude that for the same Scenario OLSR is better for those conditions where bandwidth is no issue, but time and accuracy is preferred. The comparative study on global and nodal analysis of various two ad hoc routing protocols OLSR and TORA. The study of these routing protocols shows that OLSR is more efficient in dense scenario comparative to TORA. OLSR requires that it continuously have some bandwidth in order to receive the topology updates messages. TORA performs much better in packet delivery owing to selection of better routes using acyclic graph. It has been concluded that performance of TORA is better for when time is no constraint. TORA also saves so much bandwidth as comparative to OLSR. The future work suggested that the effort will be made to enhance ad hoc network routing protocol by tackling core issues.
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