Research on Model and Core Functions of a Blockchain-Based Learning Record Authentication System

Xuekai Sun; Robiatul A'dawiah Jamaluddin

doi:10.54097/ncvnjq50

Authors

Xuekai Sun
Robiatul A'dawiah Jamaluddin

DOI:

https://doi.org/10.54097/ncvnjq50

Keywords:

Academic Record Authentication, Blockchain, System Architecture, Smart Contract

Abstract

Academic record authentication plays a pivotal role in enhancing university students' comprehensive employability and revitalizing their personal learning experiences as credible digital assets. Based on the practical needs of academic record authentication and its convergence with blockchain technology, this paper designs a model for a blockchain-based academic record authentication management system. It systematically elaborates on the functional design and implementation methods across various layers of the system architecture, with a focus on the composite blockchain ledger structure and academic archives storage solutions employed in the logical and data layers. Additionally, it outlines the core modules in the presentation and application layers, including authentication management, smart contract management, and record query and analysis. Finally, the paper concludes with a summary and prospects for the system's application in future educational scenarios.

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