Research Article
A Proposal for Routing Protocol for FANET: A Fuzzy System Approach with QoE/QoS Guarantee
| Proposal | Flight autonomy | Decision strategy | Proposal focus |
| [7] | No | Using the Gauss–Markov mobility model | Evaluate the traditional routing protocol in FANETs | [8] | No | Mechanism for data routing based on localization | The position for UAV device | [9] | No | Extension of the OLSR protocol called P-OLSR | Compare P-OLSR with OLSR | [10] | No | Energy-efficiency algorithm | Reduce the energy consumption | [11] | No | Survey of the routing protocols | Discuss the use of optimization techniques to improve the routing performance | [12] | No | Discuss the hop-by-hop communication | Number of UAVs necessary to network coverage area | [13] | No | Routing based on multiple paths | Prove the efficiency of MP-OLSR in monitor wildfire areas to increase the saving chances of people victims of them | [14] | No | CHNN-DSR protocol | Optimize routes to adapt them to high-speed movement of nodes | Current proposal | Yes | Routing protocol with fuzzy logic system | Select the best routing communication considering flight autonomy with mobility and RSSI (received signal strength indicator) |
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