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Olmrp: hierarchical outflow load-balancing multicast routing protocol for congestion control in ad hoc networks.
| Content Provider | CiteSeerX |
|---|---|
| Abstract | This paper, proposes a new multicast routing protocol for mobile ad hoc networks that handles the congestion to improve the Quality of routing service. Part of the proposed protocol introduced a MAC layer level solution called Group Level Multicasting (GLM) that effectively handles the multicasting at one hop level mesh or tree. The proposed model controls the congestion in hierarchical order to minimize the resource utilization. Limited bandwidth and a high degree of mobility require that routing protocols for ad hoc networks be adaptive, trouble-free, and energy saving. This paper proposed a new Hierarchical Outflow Loadbalancing Multicast Routing Protocol (OLMRP) for Ad hoc networks, which handles congestion state. OLMR is capable to adapt a mesh or tree structure with enhanced similar resilience against mobility. OLMRP utilizes GLM to reduce the overhead of route failure recovery, improve route efficiency and reduce data transmissions. The simulation results show that OLMR handles congestion with reduced control overhead in various environments,also the improved packet delivery ratio. |
| File Format | |
| Access Restriction | Open |
| Subject Keyword | Ad Hoc Network Congestion Control Congestion State Hop Level Mesh Enhanced Similar Resilience Route Failure Recovery Various Environment Mobile Ad Hoc Network Mac Layer Level Solution High Degree Control Overhead New Multicast Routing Protocol Hierarchical Order Route Efficiency Energy Saving Simulation Result Group Level Multicasting Improved Packet Delivery Ratio Tree Structure Olmrp Utilizes Glm Resource Utilization Data Transmission |
| Content Type | Text |
| Resource Type | Article |
