PhD in Distributed Blockchain Resource Allocation

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PhD in Distributed Blockchain-Based Resource Allocation in 5G Network

5G technology is expected to be the fastest network used to enable such innovative applications through its network connectivity based IoT. To meet these requirement, 5G networks persist to network flexibility through the deployment of upcoming technology mainly network slicing and computing process. Long range wide area network (LoRaWAN) support all connected world with its IoT devices or an application along with the TOPG helps improve large-scaled configurations in a network architect using Distributed blockchain-based resource allocation in 5G Network.


The global service provisioning GSP is one of the components of our framework. The hyper ledger fabric framework to implement our block-chain application which is an open source blockchain platform designed for the enterprise ecosystem. Thus with the help of double action mechanism, it provides a high assurance in the business ecosystem in certain unavailability to control the slice brokerage mechanism. The time scale envisioned for 5G slices is needed to in a certain proper order of minutes and thus block-chain system relies on SUT and other properties such as block-size and certain consensus protocol .thus finally it supports real-time provisioning of 5G slices through distributed blockchain-based resource allocation in 5G Network.

PhD in Distributed Blockchain-Based Resource Allocation in 5G Network


  • Multichain is a block-chain that allows multiple networks and have a certain issue with lack of support for smart contracts.
  • The enforcement of these SLAs remains an open issue and still, there is no automated process has been proposed to address the issue.
  • Still, there is an open issue in LoRa wireless access network (LoRaWaN) with traffic slicing.
  • Network slice broker for 5G service will require certain security resources to secure and ensure the anonymous transactions.


  • In case of unable to fulfill the required service that the DBNS enables network operators to the concern requested provisioned resource.
  • To address the problem of service function chain routing and network function virtualization (NFV) that the double action algorithm is proposed.
  • SDN- based architecture will provide certain high flexibility and network management of IoT devices by using the network slicing model.
  • DBNS helps network operators to decrease both the CAPEX and OPEX costs and increases their revenue.


  • In this proposal that the double- action mechanism with hyper ledger fabric framework analyze the performance in terms of latency.
  • In the future, by considering the various analysis of context-aware,multi-tenant uses cases and design of innovative resource allocation techniques considering the isolation requirements.

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