The Development of Radar information VR visualization software

Tang Tianran, Yin Changqing, Du Shengyu
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引用次数: 1

Abstract

For the traditional Radar Displays, they just provide plane coordinate information on the screen, supplemented by digital markers to show their speed, azimuth, altitude and other data. The lack of three-dimensional modeling makes it less intuitive. Virtual reality uses the latest hardware equipment and computer programming to display radar measurement data in a dynamic, three-dimensional, world-wide visualization. This is a three-dimensional spatial display method. Using real-time modeling and point cloud generation, trajectory tracking and analysis, cluster display, contour display and other technical aided observations, which greatly improve the visibility of radar information detection, and simultaneously support 2D/3D radar observations. This paper proposed a new solution for scene observation. The system supports encrypted transmission and parsing of remote commands, supports real-time tracking and display of drone positions, and can realize the integration of information commands. It has great application value in civil and military scenarios
雷达信息VR可视化软件的开发
对于传统的雷达显示器,它们只是在屏幕上提供平面坐标信息,辅以数字标记来显示它们的速度、方位角、高度等数据。缺乏三维建模使得它不那么直观。虚拟现实使用最新的硬件设备和计算机编程,以动态、三维、全球可视化的方式显示雷达测量数据。这是一种三维空间显示方法。采用实时建模和点云生成、轨迹跟踪与分析、聚类显示、轮廓线显示等技术辅助观测,大大提高了雷达信息探测的可视性,同时支持二维/三维雷达观测。本文提出了一种新的场景观测解决方案。系统支持远程命令的加密传输和解析,支持无人机位置的实时跟踪和显示,可以实现信息命令的集成。它在民用和军事场景中都有很大的应用价值
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