Hand signature and handwriting recognition as identification of the writer using gray level cooccurrence matrix and bootstrap

Lely Hiryanto, A. Yohannis, Teny Handhayani
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引用次数: 5

Abstract

The pattern of signature and handwriting are unique, so they can be utilised as an authentication system. This research proposed a method of signature and handwriting recognition on a mobile device using the Gray Level Co-occurrence Matrix (GLCM) for texture-based feature extraction and the bootstrap for performing single classifier model. The proposed method is successfully implemented in the offline and online application. The offline experiment of signature and handwriting from the same user produces accuracy 100%. In a cross evaluation using different users as model and target, the experiment performs accuracy around 34% and 44% for signature and handwriting data, respectively. In the case study of the training and testing data from the same user on mobile devices, the experiment using stylus and finger produces accuracy 84.62% and 88.46%, respectively for online signature recognition, and 70% and 90% for online handwriting recognition.
采用灰度共生矩阵和自举法对手写签名进行识别
签名和笔迹的模式是独一无二的,因此它们可以用作认证系统。本研究提出了一种基于灰度共生矩阵(GLCM)的纹理特征提取和单分类器模型自举的移动设备签名和手写识别方法。该方法已在离线和在线应用中成功实现。对同一用户的签名和笔迹进行离线实验,准确率达到100%。在使用不同用户作为模型和目标的交叉评估中,实验对签名和手写数据的准确率分别在34%和44%左右。以同一用户在移动设备上的训练和测试数据为例,使用手写笔和手指的实验在线签名识别准确率分别为84.62%和88.46%,在线手写识别准确率分别为70%和90%。
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