Design and Implementation of UAV Intelligent Aerial Photography System

Xin Li, Liang Yang
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引用次数: 33

Abstract

In order to improve system stability and reliability of UAV aerial photography, and get high-quality aerial images, this paper designed a UAV intelligent aerial photography system which can realize autonomous navigation. The system used STA3x, Russia flight control system, to build the UAV hardware system and design its program, the design process used a realistic physical simulation, combined with a UAV surveying and mapping company's actual aerial operations, and applied the communications, intelligent photography equipment of independent designed. The semi-physical simulation, and up to 4 years of actual flight results show that the UAV intelligent aerial photography system is to meet the aerial needs of small and medium-sized UAV in a complex environment. The system is easy to operate, high stability, reliability, wide range of applications, and get high-quality aerial images with high-resolution, full color.
无人机智能航拍系统的设计与实现
为了提高无人机航拍系统的稳定性和可靠性,获得高质量的航拍图像,本文设计了一种能够实现自主导航的无人机智能航拍系统。该系统采用俄罗斯STA3x飞控系统,构建了无人机硬件系统并设计了其方案,设计过程采用了逼真的物理模拟,结合某无人机测绘公司的实际空中作业,并应用自主设计的通信、智能摄影设备。半实物仿真和长达4年的实际飞行结果表明,无人机智能航拍系统能够满足中小型无人机在复杂环境下的航拍需求。该系统操作方便,稳定性、可靠性高,适用范围广,可获得高分辨率、全彩的高质量航拍图像。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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