Research And Design Of New Media Manuscript Duplicate Checking System Based On Spring Boot

With the rapid development of information technology,we have quietly stepped into the era of big data and artificial intelligence.Under the background,the media industry also realizes the subversive transformation from traditional media to new media.In this process,the infringement phenomenon in the new media platform is also becoming more and more severe.This paper proposes a duplicate checking system of new media manuscripts to check the new media manuscripts to be published,in order to curb the frequent copying of new media manuscripts and make a contribution to the shaping of a good network environment.The new media manuscript duplicate checking system based on Spring Boot builds an application platform from user login and registration,manuscript management to manuscript review.This paper takes domain-driven design as the theoretical basis of system design,analyzes the system requirements from functional and non-functional aspects based on the actual requirements of checking new media manuscripts,and divides the system into user management module,manuscript management module,manuscript checking module and report viewing module to complete the functional design of the system.On this basis,complete the overall technical architecture of the system,determine the interface specification,use the most popular and rapidly developing Spring Boot framework and other key technologies to integrate,combined with the text similarity computing technology,to complete the development work.Finally,the deployment design of the system was completed,Docker technology was used to realize containerized deployment of the system,and functional and performance tests were carried out on the system.The test results verified the feasibility of the system.The design and implementation of the new media manuscript duplicate checking system based on Spring Boot can detect the similarity of manuscripts,which has certain reference value for the architectural design and function implementation of the new media manuscript duplicate checking system.