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Computer Vision Based Collision Avoidance for UAVs

机译:基于计算机视觉的无人机防撞

摘要

This research is investigating the feasibility of using computer vision to provide robust sensing capabilities suitable for the purpose of UAV collision avoidance. Presented in this paper is a preliminary strategy for detecting collision-course aircraft from image sequences and a discussion on its performance in processing a real-life data set.ududInitial trials were conducted on image streams featuring real collision-course aircraft against a variety of daytime backgrounds. A morphological filtering approach was implemented and used to extract target features from background clutter. Detection performance in images with low signal to noise ratios was improved by averaging image features over multiple frames, using dynamic programming to account for target motion.ududPreliminary analysis of the initial data set has yielded encouraging results, demonstrating the ability of the algorithm to detect targets even in situations where visibility to the human eye was poor.
机译:这项研究正在调查使用计算机视觉提供适合于避免无人机碰撞的强大传感功能的可行性。本文介绍的是一种从图像序列中检测冲突航线飞机的初步策略,并讨论了其在处理真实数据集方面的性能。 ud ud针对具有真实冲突航线飞机的图像流对飞机进行了初步试验各种白天背景。一种形态学过滤方法已实现,并用于从背景杂波中提取目标特征。通过使用动态编程来解决目标运动的问题,通过在多个帧上平均图像特征,可以改善低信噪比图像的检测性能。 ud ud对初始数据集的初步分析产生了令人鼓舞的结果,证明了该算法的能力即使在人眼可见性差的情况下也可以检测目标。

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