Machine learning approach for ship detection using remotely sensed images

Akshay Mutalikdesai, G. Baskaran, Bhagyashree Jadhav, Madhu Biyani, J. Prasad
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引用次数: 2

Abstract

Events in the past have suggested that the coastal security has to be improved and constant watch over the sea is required. Remotely sensed images being a rich source of information can be used for the same. However, the processing of remotely sensed images in order to extract the required information is a challenging task. Furthermore, the system has to be trained in order to automate the process of ship detection from the acquired images. This Paper aims onto reviewing the various existing methods for ship detection stating their advantages and limitations. It also states the experimental results obtained by using Haar-like algorithm which has been widely used in the field of image recognition. The drawbacks of this technique such as its exponential time consumption and negligence of ships in the port have been rectified with a novel methodology which uses Tensor Flow technology and Decision Boundary Feature Extraction(DBFE).
基于遥感图像的船舶检测机器学习方法
过去的事件表明,沿海安全必须得到改善,需要对海洋进行持续的监视。遥感图像是一个丰富的信息来源,可以用于相同的目的。然而,对遥感图像进行处理以提取所需信息是一项具有挑战性的任务。此外,必须对系统进行训练,以便从获取的图像中自动检测船舶。本文旨在综述现有的各种船舶检测方法,说明它们的优点和局限性。本文还介绍了在图像识别领域中广泛应用的类哈尔算法的实验结果。该方法利用张量流技术和决策边界特征提取(DBFE)技术,克服了该方法的指数式耗时和港口船舶疏忽等缺点。
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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