Advances, Systems and Applications
Table 7 Comparison of the applied methodology
Reference | Management mode | Application scenario | Performance test | Blockchain type | Main indicator |
|---|---|---|---|---|---|
[14] | decentralized | Cloud access control framework | prototype, simulation | Public blockchain | decentralized, confidentiality |
[81] | decentralized | IoT traffic management | Real testbed | Both Public and private blockchain | credibility, scalability, authenticity |
[82] | Semi-decentralized | IoT & Fog &Cloud integration framework | Prototype | Not clear | light-weight, efficiency, energy consumption |
[83] | decentralized | Security framework for IoT platform | Simulation | Not clear | energy consumption, throughput, latency |
[84] | Semi-decentralized | IoT data management | Simulation | Not clear | data confidentiality, integrity, availability |
[85] | Semi-decentralized | Data provenance architecture for cloud systems | Simulation | Private blockchain | data provenance, privacy, availability |
[86] | Semi-decentralized | IoT data storage and protection | Theoretical analysis | Not clear | security, privacy, traceability, accountability |
[87] | decentralized | Auditable IoT data storage and sharing | Theoretical analysis | Bitcoin | decentralized, distributed, resilient, auditable traceability |
[88] | decentralized | Trust management in IoT ecosystem | Theoretical analysis, case study | Both Public and private blockchain | security, privacy |
[89] | decentralized | Decentralized Trust Management in Vehicle Networks | Simulation | Consortium blockchain | decentralized, tamper-proofing, consistency, timeliness, availability |
[90] | decentralized | Cloud storage based on P2P architecture | Simulation | Not clear | data security, latency |
[91] | decentralized | Data sharing in multi-cloud environments | Simulation | Consortium blockchain | profits, security |
[92] | decentralized | Data deletion in cloud storage | Theoretical analysis, simulation | Not clear | correctness, completeness, accountability, tranceability |
[93] | decentralized | Time stamping in cloud storage | Simulation | Public blockchain | accuracy, security |
[94] | Semi-decentralized | Cloud data management | Simulation | Ethereum blockchain | controllability, privacy-preserving, openness and transparency |
[95] | Semi-decentralized | Secure data sharing in Vehicle Edge Computing | Simulation | Consortium blockchain | security |