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Optimized Work Flow through VR and AR Technology on Construction Sites

机译:通过VR和AR技术在建筑工地上优化工作流程

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The development of a physical building control center can support project management and -control to optimize the flow of the complex processes at a construction site. The concept consists of equipping vehicles with sensors and using VR and AR-techniques to visualize this real time information and allow an optical adaption to current circumstances. The result will be shown by a more efficient utilization and enhanced cost effectiveness. To analyse what is required you always start by clarifying the relevant object to be presented in VR. The instrument chosen was interview. The second step is to work out the necessary way of computing, viewing and manipulating this data. Finally a hardware setting is designed that would probably fulfill the derived requirements. The results of the interviews are presented. By processing these data the information and objects, which shall be visualized within the use case of a control center as well as in an on-site use case, are elaborated and also introduced. For these reasons hardware settings are analyzed and the basis for an implementation is established.
机译:物理建筑控制中心的开发可以支持项目管理和控制,以优化施工现场复杂流程的流程。该概念包括为车辆配备传感器,并使用VR和AR技术可视化此实时信息并允许光学适应当前情况。通过更有效的利用和更高的成本效益将显示出结果。要分析所需的内容,您始终首先要弄清要在VR中呈现的相关对象。选择的工具是面试。第二步是找出计算,查看和处理该数据的必要方式。最后,设计了一种硬件设置,它可能会满足派生的要求。介绍了采访的结果。通过处理这些数据,详细说明并介绍了在控制中心的用例以及现场用例中应可视化的信息和对象。由于这些原因,将分析硬件设置并建立实现的基础。

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