
Research Article
Blockchain-based secure dining: Enhancing safety, transparency, and traceability in food consumption environment
基于区块链的安全就餐:提高食品消费环境的安全性、透明度和可追溯性
文章图选

Fig. 1. Traditional supply chain for restaurants with a trust transfer problem.

Fig. 2. Structure of blocks in blockchain.

Fig. 3.Proposed system based on blockchain.

Fig. 4. Hyperlegder architecture for restaurant blockchain.

Fig. 5. Flowchart for the internal working of the hyperlegder fabric-based architecture.

Fig. 6. Screenshot of installing a fabric client.

Fig. 7. Screenshot of the opening Docker file.

Fig. 8. Screenshot of registration with a certificate authority.

Fig. 9. System configuration versus throughput.

Fig. 10. Ordering node vs. throughput.

Fig. 11. Committing node vs. throughput.

Fig. 12. Endorsing node vs. throughput.
引用本文
S. Yele, R. Litoriya. Blockchain-based secure dining: Enhancing safety, transparency, and traceability in food consumption environment. Blockchain: Research and Applications. 5 (2) (2024) 100187. https://doi.org/10.1016/j.bcra.2023.100187
当期目录
期刊简介
Blockchain: Research and Applications (BCRA)《区块链研究》是由浙江大学主办,浙江大学出版社与Elsevier合作的开放获取期刊,旨发布国际区块链学科领域的最新研究成果,打造区块链学科国际学术交流平台,推动区块链学科的交叉融合,引领未来信用社会和价值互联网的发展方向。期刊由中国工程院院士、浙江大学陈纯教授担任主编,挪威科学院院士、IEEE区块链研究协同主席Chunming Rong教授担任共同主编。数据库收录:ESCI、Scopus、EI 、DOAJ等。最新影响因子6.9,CiteScore11.3,位于Q1区。
期刊网站:https://www.sciencedirect.com/journal/blockchain-research-and-applications
投稿网址:https://www.editorialmanager.com/bcra
联系我们:blockchain@zju.edu.cn
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