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Registration of region of interest for object tracking applications in wide area motion imagery

机译:在广域运动图像中为目标跟踪应用注册感兴趣区域

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Image registration or stabilization is a task that has been focused on in many fields in image processing. Many methods are available for registering two images, but when dealing with wide area motion imagery, registration of the full scene can be taxing computationally. The proposed algorithm is an application utilizing two existing registration methods to stabilize a specific region of interest in an aerial image database. The registration tools implemented during this application are a phase correlation method and the efficient second-order minimization method. The combination of both registration functions act as a coarse-to-fine image registration algorithm. The goal of this application is to output a set of registered smaller sized images from the larger dataset for the use in detection and tracking of objects in wide area imagery. Experiments performed on several image streams show that the proposed technique is effective and gives high registration accuracy.
机译:图像配准或稳定化是图像处理中许多领域所关注的任务。可以使用许多方法来注册两个图像,但是当处理广域运动图像时,整个场景的注册可能会增加计算量。所提出的算法是一种利用两种现有的配准方法来稳定航空图像数据库中特定关注区域的应用程序。在此应用程序期间实现的注册工具是相位相关方法和有效的二阶最小化方法。两种配准功能的组合起着从粗到精的图像配准算法的作用。此应用程序的目标是从较大的数据集中输出一组已注册的较小尺寸的图像,以用于检测和跟踪广域图像中的对象。在几个图像流上进行的实验表明,该技术是有效的,并且具有很高的配准精度。

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