首页> 外文会议>36th Annual IEEE International Computer Software and Applications Conference.;vol. 2.;Workshops >Integration of 3D Trajectory Maps into a Local Distribution Map of Radiation Dose Using Unmanned Aerial Vehicle
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Integration of 3D Trajectory Maps into a Local Distribution Map of Radiation Dose Using Unmanned Aerial Vehicle

机译:使用无人机将3D轨迹图集成到辐射剂量的局部分布图中

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Environmental situation awareness in this study focuses on monitoring techniques to discover public safety and potential risks at local spots. Changing amount of radiation dose recently has become a great concern by citizen near nuclear power plants. Observation approach to resolution of the concern in this study is the application of Unmanned Aerial Vehicle equipped with a situation monitor in order for covering observation points at the local spots which cannot be accessed by walking or wheeled vehicle. This paper presents an ontology based map integration process that merges 3D trajectory maps into a local distribution map in Google earth. 3D to 2D projection is introduced to visualize changes in spatial situation at ground level by calculation of radiation dose based on distance decay.
机译:本研究中的环境状况意识侧重于监测技术,以发现当地的公共安全和潜在风险。近来,改变辐射剂量的数量已经成为核电厂附近居民的极大关注。为了解决本研究中的关注点而采取的观察方法是,配备状况监视器的无人飞行器的应用,以便覆盖步行或轮式车辆无法到达的局部观察点。本文提出了一种基于本体的地图集成过程,该过程将3D轨迹图合并为Google Earth中的本地分布图。引入3D到2D投影以通过基于距离衰减的辐射剂量计算来可视化地面水平的空间状况变化。

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