Research on the Management Model Based on 3D Visualization Service Platform

Mo Su, Yingjie Deng, Ruifeng Guo, Yuanjing Ma, Zixiao Zong, Qile Wang, Ning Jiang

Abstract: In order to solve the problem of improving the construction efficiency of 3D visualization application, this paper presents the management model based on 3D visualization service platform. First we have studied the traditional method of 3D application building, and we propose 3D visualization platform architecture. Based on this, we put forward the visual management model based on actor, components, the message (ACM). Through studying message manager structure and actor model in depth, we can quickly build actor models, dynamically bind with skills, algorithms, and extend attributes to meet the needs of dynamically building 3D applications. The "model-instance" design concept is used to greatly reduce the workload of developers and improve efficiency. In addition, the improved load balancing strategy is adopted to improve the visualization system. The experimental results have demonstrated our management model achieves simply, effectively reduce the cost of developing 3D visualization application. It is able to build 3D applications dynamically, and it has characteristics of high cohesion, low coupling between modules, easy extension and maintenance. What’s more, it also has good performance in the multi-terminal simulation experiments.