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Tools virtualization for command and control systems

机译:用于命令和控制系统的工具虚拟化

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Information management is an inseparable part of the command process. The result is that the person making decisions at the command post interacts with data providing devices in various ways. Tools virtualization process can introduce a number of significant modifications in the design of solutions for management and command. The general idea involves replacing physical devices user interface with their digital representation (so-called Virtual instruments). A more advanced level of the systems "digitalization" is to use the mixed reality environments. In solutions using Augmented reality (AR) customized HMI is displayed to the operator when he approaches to each device. Identification of device is done by image recognition of photo codes. Visualization is achieved by (optical) see-through head mounted display (HMD). Control can be done for example by means of a handheld touch panel. Using the immersive virtual environment, the command center can be digitally reconstructed. Workstation requires only VR system (HMD) and access to information network. Operator can interact with devices in such a way as it would perform in real world (for example with the virtual hands). Because of their procedures (an analysis of central vision, eye tracking) MR systems offers another useful feature of reducing requirements for system data throughput. Due to the fact that at the moment we focus on the single device. Experiments carried out using Moverio BT-200 and Steam VR systems and the results of experimental application testing clearly indicate the ability to create a fully functional information system with the use of mixed reality technology.
机译:信息管理是命令过程不可分割的一部分。结果是在指挥所做出决定的人以各种方式与数据提供设备进行交互。工具虚拟化过程可以在管理和命令解决方案的设计中引入许多重大修改。总体思路是用物理设备的用户界面替换其数字表示形式(所谓的虚拟仪器)。系统“数字化”的更高级别是使用混合现实环境。在使用增强现实(AR)的解决方案中,当操作员接近每个设备时,会向其显示自定义的HMI。设备的识别通过照片代码的图像识别来完成。通过(光学)透视头戴式显示器(HMD)可以实现可视化。例如,可以通过手持式触摸屏进行控制。使用沉浸式虚拟环境,可以对指挥中心进行数字化重建。工作站仅需要VR系统(HMD)并可以访问信息网络。操作员可以在现实世界中执行的方式与设备进行交互(例如,使用虚拟手)。由于其程序(对中央视觉的分析,眼睛跟踪),MR系统提供了另一个有用的功能,可以减少对系统数据吞吐量的要求。由于目前我们只关注单个设备。使用Moverio BT-200和Steam VR系统进行的实验以及实验应用测试的结果清楚地表明了使用混合现实技术创建功能齐全的信息系统的能力。

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