FGAC-NDN: Fine-Grained Access Control for Named Data Networks

@article{Tseng2019FGACNDNFA,
  title={FGAC-NDN: Fine-Grained Access Control for Named Data Networks},
  author={Yi-Fan Tseng and Chun-I Fan and Chingpu Wu},
  journal={IEEE Transactions on Network and Service Management},
  year={2019},
  volume={16},
  pages={143-152}
}
Named data network (NDN) is one of the most promising information-centric networking architectures, where the core concept is to focus on the named data (or contents) themselves. Users in NDN can easily send a request packet to get the desired content regardless of its address. The routers in NDN have cache functionality to make the users instantly retrieve the desired file. Thus, the user can immediately get the desired file from the nearby nodes instead of the remote host. Nevertheless, NDN… 
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Highly Influential Citations
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Background Citations
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Methods Citations
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6 Citations

Citation Type

Citation Type

Access Control Mechanisms in Named Data Networks
TLDR
A holistic approach towards AC in NDN is followed where the ICN paradigm is summarized, the changes from channel- based security to content-based security, and different cryptographic algorithms and security protocols inNDN are described.
A walkthrough of name data networking: Architecture, functionalities, operations and open issues
TLDR
A detailed survey on NDN architecture, protocols, and previously proposed strategies is presented and a comparative study on proposed strategies for naming, content caching, inter and intradomain routing, forwarding, and security is offered.
An Accountable Access Control Scheme for Hierarchical Content in Named Data Networks with Revocation
TLDR
A novel encryption-based access control scheme to address the access control issues in Named Data Networking (NDN), and the performance analysis shows that the scheme achieves better results than existing schemes in terms of functionality, computation, storage, and communication overhead.
Decentralized Lightweight Group Key Management for Dynamic Access Control in IoT Environments
TLDR
A novel Decentralized Lightweight Group Key Management architecture for Access Control in the IoT environment (DLGKM-AC) is introduced, which enhances the management of subscribers’ groups and alleviate the rekeying overhead on the KDC.
ESAC: An Efficient and Secure Access Control Scheme in Vehicular Named Data Networking
TLDR
This paper constructs the proxy re-encryption method to achieve access control and data confidentiality, while using pseudonyms and the identity-based signature to ensure anonymous authentication and content integrity, and proposes an efficient and secure access control (ESAC) scheme for content delivery in V-NDN.
Reliable file transfer protocol with producer anonymity for Named Data Networking

References

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TLDR
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TLDR
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TLDR
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TLDR
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TLDR
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TLDR
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TLDR
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