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Financial Big Data Analysis Using Anti-tampering Blockchain-Based Deep Learning
Date Issued
01-01-2023
Author(s)
Praghash, K.
Yuvaraj, N.
Peter, Geno
Stonier, Albert Alexander
Priya, R. Devi
Abstract
This study recommends using blockchains to track and verify data in financial service chains. The financial industry may increase its core competitiveness and value by using a deep learning-based blockchain network to improve financial transaction security and capital flow stability. Future trading processes will benefit from blockchain knowledge. In this paper, we develop a blockchain model with a deep learning framework to prevent tampering with distributed databases by considering the limitations of current supply-chain finance research methodologies. The proposed model had 90.2% accuracy, 89.6% precision, 91.8% recall, 90.5% F1 Score, and 29% MAPE. Choosing distributed data properties and minimizing the process can improve accuracy. Using code merging and monitoring encryption, critical blockchain data can be obtained.
Volume
647 LNNS