Advances, Systems and Applications
Reference | Management mode | Application scenario | Performance test | Blockchain type | Main indicator |
---|---|---|---|---|---|
[70] | decentralized | Cloud transactions | Rinkeby (test net of Ethereum) | Ethereum | feasibility |
[71] | decentralized | Cloud security management | Case study, simulation | Ethereum | integrity, availability |
[72] | Semi-decentralized | Cloud manufacturing | Real testbed | Ethereum | applicability, reliability |
[12] | Semi-decentralized | SDN-enabled 5G-VANETs | Simulation,Theoretical analysis | Not clear | security, privacy |
[73] | decentralized | Cloud transactions | Real testbed | Consortium blockchain | security, tamper-resistant, effectiveness, efficiency |
[74] | centralized | JointCloud | Theoretical analysis | Not clear | credibility |
[75] | Semi-decentralized | E-commerce | Real testbed | Consortium blockchain | credibility, latency, throughput |
[76] | decentralized | Cloud outsourcing | Simulation | Bitcoin | compatibility, robust, collision-resistance |
[77] | Semi-decentralized | Cloud mining | Theoretical analysis, simulation | Public blockchain | convergence, profits |
[78] | decentralized | Cloud trading | Simulation | Public blockchain | social welfare |
[79] | decentralized | Cloud mining | Real testbed, simulation | Ethereum | distribution equilibrium |
[13] | decentralized | Edge computing | Simulation | Not clear | trust, rewards |
[80] | decentralized | Docker images | Prototype | Bitcoin | scalability, efficiency |