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首页> 外文会议>Ground/air multisensor interoperablity, integration, and networking for persistent ISR IV ; Open architecture/open business model net-centric systems and defense transformation 2013 >Virtual GEOINT Center: C2ISR through an avatar's eyes
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Virtual GEOINT Center: C2ISR through an avatar's eyes

机译：虚拟GEOINT中心：通过化身的眼睛进入C2ISR

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摘要

As the number of devices collecting and sending data in the world are increasing, finding ways to visualize and understand that data is becoming more and more of a problem. This has often been coined as the problem of "Big Data." The Virtual Geoint Center (VGC) aims to aid in solving that problem by providing a way to combine the use of the virtual world with outside tools. Using open-source software such as OpenSim and Blender, the VGC uses a visually stunning 3D environment to display the data sent to it. The VGC is broken up into two major components: The Kinect Minimap, and the Geoint Map. The Kinect Minimap uses the Microsoft Kinect and its open-source software to make a miniature display of people the Kinect detects in front of it. The Geoint Map collect smartphone sensor information from online databases and displays them in real time onto a map generated by Google Maps. By combining outside tools and the virtual world, the VGC can help a user "visualize" data, and provide additional tools to "understand" the data.
机译：随着世界上收集和发送数据的设备数量的增加，找到了可视化和理解数据的方法越来越成为问题。这通常被称为“大数据”问题。虚拟地理信息中心（VGC）旨在通过提供一种将虚拟世界的使用与外部工具相结合的方式来帮助解决该问题。通过使用OpenSim和Blender之类的开源软件，VGC使用了视觉上令人赞叹的3D环境来显示发送给它的数据。 VGC分为两个主要部分：Kinect Minimap和Geoint Map。 Kinect Minimap使用Microsoft Kinect及其开源软件对Kinect在其前面检测到的人进行微型显示。 Geoint Map从在线数据库收集智能手机传感器信息，并将其实时显示在Google Maps生成的地图上。通过结合外部工具和虚拟世界，VGC可以帮助用户“可视化”数据，并提供其他工具来“理解”数据。

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