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Bayesian Vehicle Detection Using Optical Remote Sensing Images

机译:利用光学遥感图像进行贝叶斯车辆检测

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Automatic object detection is a widely investigated problem in different fields such as military and urban surveillance. The availability of Very High Resolution (VHR) optical remotely sensed data, has motivated the design of new object detection methods that allow recognizing small objects like ships, buildings and vehicles. However, the challenge always remains in increasing the accuracy and speed of these object detection methods. This can be difficult due to the complex background. Therefore, the development of robust and flexible models that analyze remotely sensed data for vehicle detection is needed. We propose in this paper a hierarchical Bayesian model for automatic vehicle detection. Experiments performed using real data indicate the benefit that can be drawn from our approach.
机译:自动物体检测是在军事和城市监视等不同领域中广泛研究的问题。超高分辨率(VHR)光学遥感数据的可用性推动了新的物体检测方法的设计,该方法可以识别船舶,建筑物和车辆之类的小物体。然而,挑战始终在于提高这些物体检测方法的准确性和速度。由于背景复杂,这可能很困难。因此,需要开发鲁棒且灵活的模型来分析遥感数据以进行车辆检测。我们在本文中提出了一种用于自动车辆检测的分层贝叶斯模型。使用实际数据进行的实验表明,可以从我们的方法中受益。

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