CN113469717A - Animal identity pedigree tracing system and method based on block chain and iris recognition - Google Patents
Animal identity pedigree tracing system and method based on block chain and iris recognition Download PDFInfo
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Abstract
The invention discloses an animal identity pedigree tracing system and method based on blockchain and iris recognition. The system comprises an animal breeding base server, an animal store server and an animal hospital server, wherein iris information of an animal is acquired through iris acquisition equipment, matched with other information of the animal and uploaded to a block chain for storage; the block chain system associates iris information of the animals and other information of the animals with information sources by setting globally unique animal numbers and user IDs for each animal and each user, breaks online and offline information splitting, and realizes the credible traceability of the total data of animal identity information and pedigree information.
Description
Technical Field
The invention relates to the field of animal identity pedigree tracing, in particular to an animal identity pedigree tracing system and method based on block chain and iris recognition.
Background
With the rapid development of Chinese economy, the improvement of national living standard and the stimulation of capital and single economy, the consumption market scale of Chinese town animals (cats and dogs) reaches 2065 hundred million yuan in 2020. The enlargement of the trading scale puts higher demands on the animal trading process, but in the current animal trading process, the following problems exist:
first, the identity and ancestry of an animal can only be determined by the animal ancestry certificate provided by the seller and the experience of the consumer. Consumers often cannot judge the reliability of the source of the certificate of descent and have no effective means for proving the authenticity of the certificate of descent; and the self experience has limitations. This results in fraud often occurring during animal transactions, causing both economic and psychological harm to the consumer.
Secondly, the animal registration information is too simple, and usually does not include father and mother information, animal inspection reports and epidemic prevention information, so that consumers cannot comprehensively know the real condition of animals, and no inquiry and verification channel exists.
Thirdly, information among the animal breeding base, the animal selling seller and the animal hospital is not shared and circulated, and effective help cannot be provided for cross-regional information inquiry or animal identity authentication.
Therefore, a credible system and method for tracing animal identity information and ancestry identification are needed to solve the problems in the current animal trading process and promote the development of the animal trading industry.
Disclosure of Invention
The invention aims to provide an animal identity pedigree tracing system based on block chains and iris recognition, and the invention also aims to provide a tracing method of the tracing system.
In order to achieve the purpose, the invention can adopt the following technical scheme:
the animal identity pedigree tracing system based on the blockchain and iris recognition comprises a blockchain system consisting of a plurality of animal breeding base servers with iris acquisition devices, an animal store server and an animal hospital server, wherein the animal breeding base servers, the animal store server and the animal hospital server are alliance nodes in the blockchain system respectively.
Further, the animal breeding base server, the animal store server and the animal hospital server acquire the iris information of the animal through iris acquisition equipment, match the iris information of the animal with other information of the animal and upload the iris information of the animal to a block chain for storage; the blockchain system is characterized in that a globally unique animal number and a user ID are set for each animal and each user; the iris information of the animal and other information of the animal are associated with the information source, the online and offline information splitting is broken, and the credible traceability of the full data of the identity information and the pedigree information of the animal is realized.
The tracing method of the tracing system comprises the following steps; information registration and information sharing;
the information registration comprises the following steps:
s1.1, verifying a user signature; the user signature verification method is a block chain intelligent contract SM2 encryption algorithm;
s1.2, verifying the uploading authority of the user; the user uploading authority verification method is a zero-knowledge proof technology;
s1.3, after verification is carried out in the steps S1.1 and S1.2, animal information is input; the animal information comprises the name, photo, age, species, pedigree, address, animal inspection report, epidemic prevention information, report source and report time of the animal;
s1.4, inputting the animal iris information through the iris acquisition equipment; calculating the animal iris information into vector values through a category embedding and a public encoding algorithm of feature engineering in a block chain intelligent contract by the animal iris information;
s1.5, generating an animal report; the animal report comprises all animal information recorded in the steps S1.4 and S1.3;
s1.6, carrying out encryption extraction on the animal report to form a data abstract; the encryption extraction method is a block chain intelligent contract SM3 data encryption extraction algorithm;
s1.7, uploading the data summary to a block chain; the uploading method is IPFS;
s1.8, storing all animal information recorded in the steps S1.4 and S1.33 into a graph database;
the information sharing comprises the following steps:
s2.1, verifying the signature of the user; the user signature verification method is a block chain intelligent contract SM2 encryption algorithm;
s2.2, verifying the operation authority of the user; the user operation authority verification method is a zero-knowledge proof technology;
s2.3, inputting the unique animal number or the animal iris information to inquire an animal report;
s2.4, feeding back the query result to the user, and leaving a record query record in the block chain; the query results will be presented to the user in the form of a family ancestry map.
Furthermore, the graph database technology and the Cypher graph database retrieval language are adopted for solving the huge data processing problem of the invention, and the animal identity information and the blood system identification correlation analysis are continuously traced.
Further, in S2.3, the query process includes, when the input information is the unique animal number, calculating a data summary by using a blockchain intelligent contract SM3 algorithm, and finding a relevant record from the blockchain; and when the input information is the animal iris information, calculating the vector value of the animal iris information through feature engineering in a block chain intelligent contract, and finding out related records in a graph database.
The method has the advantages that the iris information of the animals is subjected to characteristic identification, the animal breeding base, the animal store and the animal hospital are used as the constituent nodes of the block chain, the father and mother information, epidemic prevention information, animal inspection reports and other key information of the animals are correlated, the credible traceability of the full data of the animal identity information and pedigree information is realized, the barriers of online and offline information fracture and opaqueness of the animal identity and pedigree information are broken, the management of the animal identity information is enhanced, the authenticity and the comprehensiveness of the animal identity and the pedigree information are fully guaranteed, the loss of consumers is reduced, and the industrial supervision is facilitated.
Drawings
Fig. 1 is a network architecture diagram of the system of the present invention.
Fig. 2 is a flow chart of information registration of the method of the present invention.
Fig. 3 is a flow chart of information sharing according to the method of the present invention.
FIG. 4 is a diagram illustrating the query result of information sharing according to the method of the present invention.
FIG. 5 is a diagram illustrating a method graph database data structure according to the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be described clearly and completely below, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
As shown in fig. 1, the animal identity pedigree tracing system based on blockchain and iris recognition includes a blockchain system composed of a plurality of animal breeding base servers with iris acquisition devices, an animal store server and an animal hospital server, wherein the animal breeding base servers, the animal store server and the animal hospital server are alliance nodes in the blockchain system respectively. The blockchain system sets a globally unique animal number for each animal, and a user on each blockchain sets a globally unique user ID; the animal breeding base server, the animal store server and the animal hospital server acquire animal iris information through iris acquisition equipment, animal iris information, animal numbers and other information are generated into an animal report, data abstracts of the animal report are stored on a block chain, specific data are stored in the respective servers, and association of data nodes on the chain and data of a local service system is achieved; the block chain system associates key information such as animal iris information, pedigree information, epidemic prevention information and animal inspection reports with information sources, so that the whole data credible traceability of the animal identity information and the pedigree information is realized, the barriers of online and offline information fragmentation and opaqueness of the animal identity and pedigree information are broken, the management of the animal identity information is enhanced, the authenticity and the comprehensiveness of the animal identity and the pedigree information are fully guaranteed, and the loss of consumers is reduced.
The animal identity pedigree tracing method based on block chain and iris recognition comprises information registration and information sharing.
As shown in fig. 2, the information registration includes the following steps:
s1.1, verifying the identity of a user; the user identity authentication method is a block chain intelligent contract SM2 encryption algorithm;
s1.2, verifying the uploading authority of the user; the user uploading authority verification method is a zero-knowledge proof technology;
s1.3, after verification is carried out in the steps S1.1 and S1.2, animal information is input; the animal information comprises related information such as name, photo, age, species, pedigree, address, animal inspection report, epidemic prevention information, report source and report time of the animal;
s1.4, inputting animal iris information through iris acquisition equipment; the iris information of the animal is calculated into vector values through category embedding and polynomial encoding algorithms of feature engineering in a block chain intelligent contract;
s1.5, generating an animal report; the animal report comprises all animal information recorded in the steps S1.4 and S1.3;
s1.6, carrying out encryption extraction on the animal report, and abstracting form data; the encryption extraction method is a block chain intelligent contract SM3 data encryption extraction algorithm;
s1.7, uploading the data summary to a block chain; the uploading method is IPFS (abbreviation of interplanetaryFile System);
s1.8, storing all animal information recorded in the steps S1.4 and S1.3 into a graph database;
as shown in fig. 3, the information sharing includes the following steps:
s2.1, verifying the signature of the user; the user signature verification method is a block chain intelligent contract SM2 encryption algorithm;
s2.2, verifying the operation authority of the user; the user operation authority verification method is a zero-knowledge proof technology;
s2.3, inputting a unique animal number or animal iris information to inquire an animal report; the query process comprises the steps that when the input information is the unique animal number, a data abstract is calculated through a block chain intelligent contract SM3 algorithm, and a relevant record is found from a block chain; when the input information is animal iris information, calculating iris information vector values through feature engineering in a block chain intelligent contract, and finding out related records in a database;
s2.4, feeding back the query result to the user, and leaving a record query record in the block chain; as shown in fig. 4, the query results will be presented to the user in the form of a family pedigree map.
In addition, the data processing amount of the invention is very huge because the invention relates to the iris information of the animal. Therefore, the invention adopts a graph database technology and a Cypher graph database retrieval language (descriptive graph query language) for solving the huge data processing problem of the invention and continuously tracing the animal identity information and the ancestry identification correlation analysis. As shown in fig. 5, all kindred relationships of the animal can be quickly inserted and queried through the graph database.
Claims (5)
1. An animal identity pedigree traceability system based on block chain and iris recognition is characterized in that: the system comprises a blockchain system consisting of a plurality of animal breeding base servers with iris acquisition devices, an animal store server and an animal hospital server, wherein the animal breeding base servers, the animal store server and the animal hospital server are alliance nodes in the blockchain system respectively.
2. The system of claim 1, wherein the system comprises: the animal breeding base server, the animal store server and the animal hospital server acquire animal iris information through the iris acquisition equipment, match the animal iris information with other information of the animal and upload the animal iris information to the block chain for storage; the block chain system associates iris information of the animals and other information of the animals with information sources by setting globally unique animal numbers and user IDs for each animal and each user, breaks online and offline information splitting, and realizes the credible traceability of the full data of animal identity information and pedigree information.
3. A tracing method of the tracing system according to claim 1, characterized in that: the method comprises the steps of information registration and information sharing;
the information registration comprises the following steps:
s1.1, verifying a user signature; the user signature verification method is a block chain intelligent contract SM2 encryption algorithm;
s1.2, verifying the uploading authority of the user; the user uploading authority verification method is a zero-knowledge proof technology;
s1.3, after verification is carried out in the steps S1.1 and S1.2, animal information is input; the animal information comprises the name, photo, age, species, pedigree, address, animal inspection report, epidemic prevention information, report source and report time of the animal;
s1.4, inputting the animal iris information through the iris acquisition equipment; calculating the iris information of the animal into vector values through a category embedding and a public encoding algorithm of feature engineering in a block chain intelligent contract;
s1.5, generating an animal report; the animal report comprises all animal information recorded in the steps S1.4 and S1.3;
s1.6, carrying out encryption extraction on the animal report to form a data abstract; the encryption extraction method is a block chain intelligent contract SM3 data encryption extraction algorithm;
s1.7, uploading the data summary to a block chain; the uploading method is IPFS;
s1.8, storing all animal information recorded in the steps S1.4 and S1.3 into a graph database;
the information sharing comprises the following steps:
s2.1, verifying the signature of the user; the user signature verification method is a block chain intelligent contract SM2 encryption algorithm;
s2.2, verifying the operation authority of the user; the user operation authority verification method is a zero-knowledge proof technology;
s2.3, inputting the unique animal number or the animal iris information to inquire an animal report;
s2.4, feeding back the query result to the user, and leaving a query record in the block chain; the query results will be presented to the user in the form of a family ancestry map.
4. The tracing method of claim 3, wherein: the method adopts a graph database technology and a Cypher graph database retrieval language, is used for solving the huge data processing problem of the method, and enables the animal identity information and pedigree identification correlation analysis to obtain continuous traceability.
5. The tracing method of claim 3, wherein: in S2.3, the query process comprises that when the input information is the only animal number, a data abstract is calculated through the intelligent block chain contract SM3 algorithm, and a relevant record is found from the block chain; and when the input information is the animal iris information, calculating an animal iris information vector value through feature engineering in a block chain intelligent contract, and finding out a related record in the map database.
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| CN117035802A (en) * | 2023-04-19 | 2023-11-10 | 吉林农业科技学院 | Consensus method for predicting animal health based on capacity demonstration double test |
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