Design And Implementation Of Iris Recognition System Based On Microservices

Biometric-based identification technology has been widely used in payment,forensics,access control and other fields.For example,in recent years,face recognition technology has been successfully used in payment,ticket checking,and fugitive tracking.Compared with biological features such as face and fingerprint,iris has better uniqueness,stability and anti-counterfeiting.Therefore,iris recognition is widely regarded as the most promising biometric authentication technology in the 21st century.However,at present,iris recognition technology is only used in scenarios such as mobile phone unlocking,building access control,and office attendance.Those existing iris recognition systems are usually run as an independent application on embedded devices,making it hard to be applied under tidal effects.In order to promote the popularization of iris recognition technology,this paper designs and implements an iris recognition system.The main work and innovations are listed as follow:1.The system uses C/S architecture so that it can be applied to scenes with tidal effects such as ticket inspection.2.The server-side uses microservice architecture and each functional module is implemented as a microservice,which facilitates system development,deployment,and maintenance.3.In view of the current status of the iris recognition technology is still constantly updated,the business "fork-join" strategy is adopted to allow the gradual upgrade of the system and ensure high availability.Finally after testing,the function,performance,usability and scalability of the system have all met expectations which means the system has certain feasibility.