How the load balacing helps in improving the routing of MANET?
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Load balancing plays a crucial role in enhancing the routing efficiency of Mobile Ad Hoc Networks (MANETs) by distributing the network load evenly among nodes. In MANETs, where the network topology changes rapidly and unpredictably, load balancing prevents issues like congestion, high latency, and data loss caused by overloading. Multi-path routing protocols, such as those incorporating Ant Colony Optimization (ACO) techniques, have shown superiority in improving packet rates, transmission reliability, and handling network congestion efficiently. These protocols, like ACOLBR and Multi-Route AODV Ant Routing (MRAA), focus on controlling congestion and balancing loads across multiple paths, leading to optimized routing and better network performance. By leveraging load balancing mechanisms, MANETs can achieve improved data transmission, reduced delays, and enhanced overall network stability.
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| Papers (5) | Insight |
|---|---|
16 Dec 2022 | Load balancing in MANET routing, facilitated by Ant Colony Optimization, spreads energy consumption and data packets across multiple nodes, reducing routing overhead, buffer overflow, and end-to-end delay for enhanced performance. |
16 Dec 2022 | Load balancing in MANET routing is enhanced by the ACO algorithm, which spreads energy consumption and data packets evenly across multiple paths, reducing overhead, buffer overflow, and end-to-end delay. |
| Load balancing in MANET, facilitated by ACOLBR protocol, enhances routing efficiency by distributing traffic across multiple paths based on network conditions, mitigating congestion and optimizing data transmission. | |
13 Feb 2022 | Load balancing in MANET improves routing by distributing load per node, enhancing network life and performance, handling congestion, increasing reliability, and improving packet rates through multipath routing protocols. |
13 Feb 2022 1 Citations | Load balancing in MANET improves routing by distributing load per node, enhancing network life and performance, handling congestion, increasing reliability, and improving packet rates through multipath routing protocols. |
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