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References | Protocol | Controller | Simulator | Remarks |
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[45] | Software Defined Vehicular Network (SDVN) | Open source SDN controller POX | NS3 + SUMO | Discuss solutions to improve and mitigate heterogeneity of VANETs and provide solutions for constructing a logically centralized but physically distributed SDN controller to improve scalability. |
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[46] | Optimized Software-Defined Vehicular Ad Hoc Networks (OSDVN) | - - - - | Omnet + Veins + Sumo | Control plane optimization Software-Defined Vehicular Ad Hoc Networks to balance the latency requirement and the cost on 5G networks. |
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[47] | Software-Defined Internet Of Vehicles (SDIV) | Floodlight | Mininet | Proposed a novel rule installation mechanism aimed at reducing flow table size for real-time query services in SDIV |
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[48] | SDN based Vehicle Ad-Hoc On-Demand Routing (SVAO) | - - - - - - | NS3 + SUMO | Separates network control layer and data transfer layer of SDN to enhance the data transmission efficiency within VANETs. |
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[49] | Software Defined Internet of Vehicles (SD-IoV) | OpenFlow controllers | - - - - - - - - - - - | Proposed a layered SD-IoV architecture, which is capable of improving resource utilization, QoS, and network optimization. |
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[50] | RSU Cloud Resource Management (RSU-CRM) | OpenFlow controllers | Mininet | A road side Cloud resource management (CRM) model provides multi-objective optimization for minimizing control plane overhead, VM migration, number of service hosts and reducing infrastructure delays. |
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[51] | Software-defined Trust based Ad-Hoc On-demand Distance Vector routing (SD-TAODV) | NOS | OPNET | SDN based VANET focused on on-demand distance vector routing protocol with trust management scheme. |
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[52] | Fog Computing based on SDN (FSDN) | OpenFlow controllers | - - - - - - - - - - - | By leveraging the SDN basic functionality into fog computing, SDN can support services like a resource manager and fog orchestration models. |
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