Rice full supply chain information supervision method based on parallel block chain and intelligent contract
A smart contract and supply chain technology, applied in the field of rice supply chain information supervision, can solve the problems of complex participants, limited storage space of the blockchain, and potential safety hazards in the data interaction between the blockchain and the local database, etc., to achieve improved Convenience and safety, ensuring food quality and safety, and achieving the effect of refined management
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[0142] According to the different types of data stored in each parallel chain, the present invention sorts out more than 200 types of key data according to relevant national / local / industry standards, data actually generated in each link of the rice supply chain, and the like. The data covers the whole process of rice from planting to consumption. It also stipulates that 9 parallel chains correspond to harmful substance information, enterprise information, consumer information, regulatory agency information, transaction records, cost information, data interaction records, hygiene records and other information. The key data generated by each batch is classified as follows. Table 1 shows:
[0143] Table 1 Parachain data division
[0144]
[0145]
[0146] The authority of relevant regulatory authorities is classified, and their data supervision authority is shown in Table 2. According to the different nature of each regulatory department, the parachains that each departme...
specific Embodiment
[0155] The experimental simulation of the designed rice supply chain multi-chain supervision mode is carried out, and a cloud server is adopted, and the server is configured with 4-core CPU, 8G memory and 50G high-performance cloud hard disk. The cloud server has 32 nodes, 8 of which are used as main chain nodes, corresponding to the representative enterprises and 2 regulatory authorities in the 6 main links of the rice supply chain. 6 are arranged as relay chain nodes, and the relay chain game adopts CFR (virtual regret minimization algorithm). The remaining 18 nodes build 3 parachains, and each parachain deploys 6 nodes, corresponding to the stored enterprise information, supervisor information and cost information. The correctness of cross-chain transmission in the multi-chain supervision mode of rice supply chain is tested by setting different malicious nodes and wrong nodes respectively. The test set is divided into 3 groups, and the number of faulty nodes in each group ...
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