卫星遥感定位特高压三维全景动态可视化仿真综合平台系统研究

Long Li, Xiang Li, Zhimin Yin, Weiyong Yu, Chengguang Miao
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引用次数: 0

摘要

卫星系统的可视化仿真在卫星系统设计、分析和评价的工程实践中起着重要的作用。本文首先提出了考虑卫星任务演示和主要技术指标验证的系统架构。本文将海量的Instar监测结果数据按照命名约定进行存储,并发布在输电线路地质灾害监测预警决策分析可视化平台上。对监测结果进行整理和分析,并对基础数据进行叠加。这样就形成了输电塔及其周围地表InSAR变形监测结果的专题图。实验结果直观地展示了卫星构型、工作模式、在轨状态、成像能力等功能特点,验证了姿态控制能力、工作模式、成像方式等技术指标的正确性。所设计的仿真系统能够满足系统的真实交互性、实时性和准确性要求,具有良好的沉浸感和较高的可靠性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on Integrated Platform System of Satellite Remote Sensing Positioning UHV 3D Panoramic Dynamic Visualization Simulation
The visualization simulation of satellite system plays an important role in the engineering practice of satellite system design, analysis and evaluation. The article first proposes a system architecture considering satellite mission demonstration and verification of main technical indicators. The article stores the massive Instar monitoring result data according to the naming convention, and publishes it on the visualization platform of transmission line geological disaster monitoring, early warning, and decision analysis. We organize and analyze the monitoring results and superimpose the basic data. In this way, a thematic map of the InSAR deformation monitoring results of the transmission tower and the surrounding surface is formed. The experimental results intuitively demonstrate the functional characteristics of the satellite configuration, working mode, on-orbit status, imaging capability, etc., and also verify the correctness of technical indicators such as attitude control capability, working mode, and imaging mode. The designed simulation system can meet the real interaction, real-time and accuracy requirements of the system, and has a good sense of immersion and high reliability.
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