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Aircraft Image Recognition System Using Phase Correlation Method

机译:相位相关法的飞机图像识别系统

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This article describes the aircraft image recognition system implemented using the phase correlation technique in Matlab environment. The phase correlation is computed by using the normalized cross-power spectrum between the database and the template test image. The main objective of this article is to develop methods for static analysis of aircraft images. An unknown fighter aircraft is recognized by comparing its static image with those from a database of images of aircraft. This work is a research initiative involving the use of image processing techniques to detect three-dimensional (3D) aircraft object based on their 2D images, providing feedback information for strategic purposes. The phase correlation technique is found to give a better recognition result for the set of database and test images considered, compared with the invariant moments. The phase correlation method is also used in other areas such as image registration. Aircraft images used include those from AeroIndia 2011 held at Bangalore, India.
机译:本文介绍了在Matlab环境中使用相位相关技术实现的飞机图像识别系统。通过使用数据库和模板测试图像之间的归一化互功率谱来计算相位相关性。本文的主要目的是开发用于飞机图像静态分析的方法。通过比较未知的战斗机的静态图像与飞机图像数据库中的静态图像,可以识别出该飞机。这项工作是一项研究计划,涉及使用图像处理技术基于2D图像检测三维(3D)飞机对象,为战略目的提供反馈信息。与不变矩相比,相位相关技术可以为所考虑的数据库和测试图像集提供更好的识别结果。相位相关方法还用于其他领域,例如图像配准。所使用的飞机图像包括来自印度班加罗尔的AeroIndia 2011的图像。

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