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| References | Technology | Future research areas |
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| Security | [34] | ICN-CIoT-AI | Intrusion detection, privacy preservation, threat intelligence, and hunting |
| [35] | ICN-V-CIoT | Blockchain-based security framework for ICN-IoT network architectures, NDN-based unmanned aerial vehicle ad hoc networks, and smart building networks |
| [36] | ICN-IoT-AI | Sparse coding to further protect the user’s privacy in the future without compromising data utility |
| [37] | ICN-V-CIoT | Improvements to the algorithm are required to include incentive-based participation while ensuring security and privacy with minimal cryptographic overhead |
| [38] | ICN-V IoT-AI | Caching policies and forwarding techniques, deployment of increasingly complex attacker scenarios |
| [39] | ICN-IoT | The proposed mechanism will need to be tested in more realistic topologies |
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| Performance | [18] | ICNWSN-CIoT-AI | ML techniques can be used to improve the performance of the ICNWSN models |
| [40] | ICN-IoT | Scalability of content-oriented ICN–IoT networks, naming, security, and routing all improve the performance |
| [41] | NDN-V-CIoT | Context-aware data ownership, which increases the performance of NDN-V in a cloud or mobile environment |
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| In-network caching | [42] | ICN-5G-CIoT | Increasing/decreasing cache size, efficient cache replacement policies, and wireless channel parameters affect latency and capacity versus latency |
| [43] | ICN-CIoT-AI | Deep learning-based deduplication on index tables, as well as a CBAD platform, could be utilized to offer secure and energy-efficient content |
| [44] | ICN-V-IoT | V2V communications, data relating to infotainment for passengers inside automobiles |
| [45] | NDN-V-IoT | The allocation of three categories of data in the cache storage that has not been thoroughly explored, such as the emergency message and the other two messages, can only be received from the original producer node, reducing acquisition efficiency significantly |
| [46] | ICN-IoT | This study is open to including support for IoT node mobility using NDN networking |
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