Design And Implementation Of High Performance Computing Service Management Platform Based On JavaEE

Today in the rapid development of information technology and Internet, it is anemergency problem to be solved that how to use advanced science and scientific managementmethods to improve the efficiency of obtaining the required information and processinginformation. However, The Industrial Technology Research Institute in Guangdong Provinceput forward the corresponding demand. This article will attempt to design and implement aHigh Performance Computing Service Management Platform base on the proposedrequirements.In this paper, author put forward an idea with Struts、Spring、Hibernate as the frameworkto design, build and implement the system, based on the analysis and research of theframework with J2EE as the standard and the object that the High Performance ComputingService Management Platform. The system’s main functions are: user’s rights management、information display、user’s communication、job management、visualization management andbilling management and so on.First of all, this paper introduces and analyzes the key technology used in the system’sSSH framework, and proposes the conception of stratification. It separates the presentation ofthe system’s page, related to business logic and data persistence from the whole to form theindependent modules, then to achieve the system’s decoupling and the optimization ofscalability.Secondly, during the process of designing the system, it uses software design moduleUML,such as use case diagram, sequence diagram, class diagram, activity diagram, to analyzeand build the system module’s building is combined with the character of the HighPerformance Computing Service Management Platform, according to conception ofstratification.At last, it achieves this system according to the module. After stratifying the system, theconnection of each layer is realized by the IOC dependency injection capabilities of Spring. Ituses Struts2to realize MVC module, and Hibernate framework to control the data access.