利用卷积神经网络开发和实现珊瑚白化监测应用

Mari Grace Corruz, Emil Filipina, Maria Julia Santiago, Sheila Mae Uy, Cristian Lazana, A. Bandala
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引用次数: 0

摘要

本研究旨在通过开发和实现使用卷积神经网络对漂白珊瑚图像和非漂白珊瑚图像进行分类的移动应用程序,提高珊瑚漂白监测方法的准确性。监测珊瑚礁对于发现破坏程度、菲律宾珊瑚礁的现状以及可能的希望珊瑚礁具有重要意义。该系统使用卷积神经网络(CNN)对珊瑚的白化程度进行分类。它目前在安卓手机上运行,从4.0版本到11版本。研究人员发现,至少需要3000张图像来训练拟议的珊瑚漂白应用程序的CNN,以达到至少90%的准确率,而0.92 MP, -1 EV和1600 ISO可产生93%的准确率。对海水的盐度和浊度进行了测试,结果表明,使用500-1000克沙子的盐度和浊度为1.000-060 g/cm3不会对所提出系统的精度产生实质性影响。该系统使用的GPS精度为95%。最后,研究人员建议继续改进数据集,以便在未来产生更好的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
BahurApp: Development And Implementation Of Coral Bleaching Monitoring Application Using Convolutional Neural Network
This study aims to improve the accuracy of the coral bleaching monitoring method through the development and implementation of mobile application that can classify bleached corals images from non-bleached images using convolutional neural network. Monitoring the reef will be significant in finding the extent of damage, the current state of the Philippine coral reefs, and the possible reefs of hope. The system operates using Convolutional Neural Network (CNN) in classifying the bleaching severity of the corals. It is currently running on Android phones from 4.0 release up to 11. Researchers found that at least 3000 images are needed to train the CNN of the proposed coral bleaching application to achieve at least 90% accuracy, and 0.92 MP, -1 EV and 1600 ISO produces 93% accuracy. Salinity and turbidity of seawater was tested and presented that 1.000-060 g/cm3 of salinity and turbidity using 500-1000 grams of sand does not have substantial effect on the proposed system’s accuracy. The GPS used in the proposed system is 95% accurate. Finally, the researchers recommend for the continuous improvement of the dataset to produce better results in the future.
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