使用 Shearlet 变换和支持向量机识别 Mbojo 字符

Mahathir Rizky, I. Nurtanio, I. Areni
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引用次数: 3

摘要

本文旨在保护印度尼西亚文化之一--Mbojo 字符。Mbojo 字符识别系统将通过使用光学字符识别 (OCR) 技术的模式识别和 Shearlet 变换法进行特征提取,以及支持向量机 (SVM) 进行分类来创建。本研究使用的数据是使用 bimambojo.otf 字体输入的 mbojo 单词图像,每个单词包含 2 个字符,大小为 9pts,图像大小为 50×50 像素。训练数据使用 150 幅单词图像,代表了所有 Mbojo 字符,每个单词有 3 幅图像,字符放置在 3 个不同的位置,如图像区域的上方、中间和下方。测试数据使用 50 张单词图像,每个字符随机放置在图像中。所有数据都使用灰度缩放、二值化和居中区域法进行了预处理。采用居中区域法后,系统的准确率可达 90%。
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Mbojo Character Recognition Using Shearlet Transform and Support Vector Machine
This paper aims to preserve one of the Indonesian culture, Mbojo Character. Mbojo character recognition system will be created by utilizing pattern recognition using Optical Character Recognition (OCR) technique with Shearlet Transform method for feature extraction and Support Vector Machine (SVM) for classification. Data used in this study is the image of mbojo words that consist of 2 characters typed using bimambojo.otf font with the size of 9pts for each word and with image size of 50×50 pixels. The training data uses 150 word images which represents all of Mbojo characters where each word has 3 images with 3 different positions of character placement, such as above, in the middle, and below the image field. While the testing data uses 50 word images where each of the character placed randomly in the image. All of the data were preprocessed by using grayscaling, binarization, and centering regions methods. The implementation of centering region method makes the system able to achieve accuracy up to 90%.
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