航空VINS-Mono和ORB-SLAM3算法的有效性研究

Burak Kaan Özbek, M. Turan
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引用次数: 3

摘要

大多数人都知道导航,它通常被认为是关于如何在陆地上从一个点到达另一个点的信息。导航是民用和军用航空都感兴趣的领域。因此,我们得到了各种传感器的帮助,以跟踪飞机的航线。其中使用最多的传感器是GPS。虽然它具有很高的准确率,但它是一种可以不使用的传感器。这项研究的重点是能够在GPS不再使用的环境中保持飞机的导航。有两种视觉惯性导航系统VINS-Mono和ORB-SLAM3,这是文献中最著名的算法,在性能方面进行了检查和比较。已经观察到,在各种情况下,ORB-SLAM3的性能几乎是VINS-Mono系统的两倍。
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Research on the Availability of VINS-Mono and ORB-SLAM3 Algorithms for Aviation
Navigation, which most people have an idea about, is often known as information about how to get from one point to another on the land. Navigation is an interest area for both civil and military aviation. Therefore, we get help from various sensors in order to trace the aircraft route. The most used sensor among them is GPS. It is a sensor that can be out of use although it has high accuracy rates. This research focused on being able to maintain the navigation of an aircraft in the environments where GPS is out of use. There are two visual-inertial navigation systems VINS-Mono and ORB-SLAM3, which are the best known algorithms in the literature, were examined and compared in terms of performance. It has been observed that ORB-SLAM3 outperformed almost twice the VINS-Mono system in various situations.
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