Performance Evaluation Data of a Blockchain-Driven Rice Quality Traceability Model
Description
This data series is derived from extensive high-pressure experiments across four key phases: information storage and modification for participating entities, information access, traceability information storage on the blockchain network, and traceability information queries. The results show that as the test scale expands, the system's data throughput increases linearly, confirming the proposed blockchain model's strong scalability and performance stability in handling large-scale data.
Files
Steps to reproduce
We have prototyped this solution based on FISCO BCOS. The experiment runs on an Intel Intel(R) Xeon(R) Platinum CPU @2.5GHz with 4 cores and 8GB RAM. Develop smart contracts using Solidity. After successful deployment, use Go language for requests and access. Write Go testing scripts to conduct intensive multiple tests on the model and record the results.After unzipping the file, four files are visible, each corresponding to a phase: information storage and modification for participating entities, information access, traceability information storage on the blockchain network, and traceability information queries. Opening each file reveals all relevant API operations for different roles in the blockchain network during that phase. Each operation includes 100 experiments to ensure scientific and rigorous results.