| In today's world, network technology have produced a qualitative leap. Along with the rapid development of IP networks, network bandwidth and quality are much progress, all kinds of IP-based network applications have mushroomed in. Also traditional phone communications and the integration of IP networks, or Voice Over IP has gradually matured. Along with the development of technology, IP communication terminals can realize more and more functions. So how can we make better use of these networks and equipment? A new "unified communications platform" concept have been gradually raised. The data, voice, video, mobile, and other means of communication are placed into one platform to achieve. A unified communications platform will be able to bring such as reduce redundant construction, effective use of existing resources and can easily achieve many functions of communication that will be impossible to achieve by traditional means, and many other benefits.As one of the three major platform of Java, Java EE has become a Web server-side applications de facto development standards. Cisco's unified communications platform in the enterprise application has become increasingly widespread. To address the above problem, this article combine Java EE and unified communications platform technology, focus on how to study the deployment of applications and propose solutions.This research topic is on how to expand a B / S system for the Java EE-based and service-oriented architecture for multi-terminal system to use it on unified communications platform in the application. This goal is achieved in the experimental environment, and have good results. The paper analysis on service-oriented architecture and Java EE Architecture technology development on the basis of a detailed description in the establishment of production management system, and on how to reuse the code to reduce system complexity and the difficulty of achieving, and how will the newly client and the original system closely linked. |
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