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首页> 外文期刊>The Journal of Engineering >High-speed optical synthetic aperture radar target recognition system
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High-speed optical synthetic aperture radar target recognition system

机译:高速光学合成孔径雷达目标识别系统

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摘要

With the development of synthetic aperture radar (SAR), it is more and more important to recognise the image obtained by SAR. SAR is a useful tool for geoscience and remote sensing, and there are a large amount of SAR images and products. How to quickly identify and process this massive information in the shortest time and find the target in time is the focus of research in this field. In the traditional processing method, the digital processing is used. It is time and storage consumption due to its massive data. This study proposes optical methods for target recognisation of SAR images. In this method, it takes the advantages of high speed and high resolution in optical processing methods to solve the bottleneck encountered by traditional methods. The method is based on an optical correlator. The optical processing method has a large capacity for a single processing and has a great advantage over the simple calculation method in processing speed. The experimental results demonstrate the effectiveness of the optical processing method.
机译:随着合成孔径雷达(SAR)的发展,识别由SAR获得的图像越来越重要。 SAR是地球科学和遥感的有用工具,并且有大量的SAR图像和产品。如何在最短的时间内快速识别和处理这种大规模信息,并在时间内找到目标是该领域的研究的重点。在传统的处理方法中,使用数字处理。由于其大量数据,是时间和存储消​​耗。本研究提出了针对SAR图像的目标识别的光学方法。在这种方法中,在光学处理方法中需要高速和高分辨率的优点,以解决传统方法遇到的瓶颈。该方法基于光学相关器。光学处理方法具有大容量,用于单个处理,并在处理速度下的简单计算方法具有很大的优势。实验结果表明了光学处理方法的有效性。

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