Modeling a web-based bearing fault diagnosis system using uml and component technology

Abstract

With the increasing complexity of the architecture and web applications of the fault diagnosis software, the original CGI, ISAPI and other technologies have been difficult to meet the requirements to access and operate distributed objects. The best way to manage the risk is to build a distributed object framework of web design. Therefore, this paper presents a method of modeling Web-based Bearing Fault Diagnosis System (WBFDS) with Unified Modeling Language (UML), which includes ranging from demand model, static model, and dynamic model to physical model. This paper, which studies the full life cycle visual modeling of a specific areas system, aims to achieve the goal of a reuse system, combining component technology and web technology. Finally, a highly reusable WBFDS was developed and proved to be effective in the actual project. © 2012 Springer-Verlag Berlin Heidelberg.