Wave Scale, Speed and Direction from Airborne Video of Maritime Scene

Kent Rosser, J. Chahl
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引用次数: 2

Abstract

Ocean surfaces and large water bodies are commonly monitored by aircraft. While water features are visually non-static, they do include information that allows determination of water motion which has applications in navigation, assessing sub-surface changes and the estimation of drift and size of objects within the scene. This study presents an enhancement of state of the art methods to extract water surface features from imagery acquired by an overhead aircraft and assesses its performance on a real world maritime scene.
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海上场景航拍视频中的海浪尺度、速度和方向
海洋表面和大型水体通常由飞机监测。虽然水景在视觉上是非静态的,但它们确实包含了可以确定水运动的信息,这在导航、评估地下变化以及估计场景中物体的漂移和大小方面具有应用。本研究提出了一种改进的最先进的方法,从架空飞机获取的图像中提取水面特征,并评估其在真实世界海洋场景中的性能。
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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