Industrial IoT with Light-Weighted Supporting Hierarchical Storage in Distributed Co-operative Network for Blockchain Technology

K. Rohini, R. Kala, C. Kavitha, R. Hema and P. Praveen Kumar

Chapter 10 in The Convergence of Artificial Intelligence and Blockchain Technologies:Challenges and Opportunities, 2022, pp 201-220 from World Scientific Publishing Co. Pte. Ltd.

Abstract: An innovation in the Industrial Internet of Things (IIoT) gives a promising chance to incorporate huge scopes to interfere with various heterogeneous gadgets in the Web. Most existing IIoT frameworks rely on a unified architecture as a cooperative network, which is simpler for executives at the same time cannot adequately support undeniable and immutable administrations between the various gatherings. The ideal strengths for a large-scale IIoT foundation like reliability, dispersed co-activity, identifiability, and permanence are given by blockchain innovation. This chapter proposed the concept of the IIoT that relies on a blockchain to assist immutable and indisputable administrations. The issue of capacity is trending in this chapter by offering a structure based on the hierarchical blockchain. Exceptionally, the proposed design consists of a graded storage structure where most of the blockchain is placed in mist. While the latest blocks are put away in the overlay organization of the people IoT networks. Consistently, the proposed design links the blockchain, IIoT, and cloud overlay organization. Together through the blockchain connector and the cloud connector, to develop the various blockchain capabilities graded. In layering organizations, blockchain connector constructs impede blockchain from information produced in IIoT organizations. And the cloud connectors fix blockchain synchronization issues between fogs and overlay organizations. In this chapter, the co-employable ownership and access control system is proposed for lightweight IoT devices and is hardware to countless situations. An experimental result provides in this paper is to demonstrate the efficiency of the proposed hierarchy blockchain storage in a practical IIoT case.

Keywords: Convergence; Blockchains; Artificial; Intelligence; Big Data; Multi-Agent Systems; Internet of Things; 5G; Cloud Security; Mobile Computing; Social Media; Collaborative Governance; Swarm Robotics; e-Government; Supply Chain Management; Smart Contracts; Cryptocurrencies; Industry 4.0; Tamper-Proof Technology (search for similar items in EconPapers)
JEL-codes: O32 (search for similar items in EconPapers)
Date: 2022
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