부산대학교 도서관

The collection, integration, analysis and sharing of digital specimens of wood canker is an important basic work for conducting relevant scientific research, education and teaching. In this study, for all kinds of users, such as scientific research, education, experts and the public, the architecture of Sharing platform of digital specimen of wood canker in Xinjiang province was designed by microservice architecture, the microservice function tree was constructed by domain-driven design method, the microservice cluster was built by using Spring Cloud technology components, and 8 kinds of microservices were developed based on WebGIS technology. The application results show that the platform is easy to use, provides data sharing and services through visualization and interactivity, and can provide decision-making data resources support for scientific research, education, monitoring, quarantine and prevention of wood canker.