Teams of three students will manage a virtual factory in a Web-based simulation exercise for about one week. 学生按每三人一组进行为期一周的网上模拟管理一家虚拟工厂(VF)。
Toward the end of the course, students work in teams to manage a virtual factory in a web-based simulation exercise. 课程的最后,将运用课堂上所学的概念进行为期一周的网上模拟经营一家虚拟工厂(VF)。
Next, we analyze and design three functional modules for virtual factory planning platform by effectively combining virtual reality technology with simulation technology, such as scene modeling, system simulation and planning evaluation. 本文通过将虚拟现实技术与仿真技术的有效结合,设计和实现了工厂规划的动态模拟和仿真系统,主要包括三个功能模块,分别是场景建模、系统仿真和规划评估。
The main tasks are as follows : 1. Design and implement the model base management subsystem in order to manage the virtual factory model and protect the model of ownership. 论文的主要工作如下:1.为了统一管理虚拟工厂(VF)模型,保护模型所有权,本文研究和实现了模型库管理子系统。
Through the system, we can acquire device model reasonably, optimize model structure, set the model format, manage effective information of model, and provide convenience for the scene modeling in virtual factory planning. 2. 通过该系统,可以合理采集设备模型,优化模型结构,设定模型格式,管理模型有效信息等,为虚拟工厂(VF)规划中的场景建模提供了方便。