用UWM恢复手写静态图像的书写顺序

K. K. Lau, P. Yuen, Y. Tang
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引用次数: 12

摘要

人们普遍认为,在线识别系统总是比离线识别系统可靠。这是由于动态信息的可用性,特别是笔画的书写顺序。本文提出了一种新的统计方法,从二维静态图像中重建手写体的书写顺序。重构过程包括两个阶段,即训练阶段和测试阶段。在训练阶段,从一组在线训练手写体中统计提取具有长度和方向等其他属性的书写顺序,形成通用书写模型(universal writing model, UWM)。在测试阶段,通过寻找最大的总概率,将UWM应用于重建离线手写脚本的绘制顺序。300个离线签名被用于评估。实验结果表明,用UWM构造的写入序列与实际写入序列较为接近。
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Recovery of writing sequence of static images of handwriting using UWM
It is generally agreed that an on-line recognitionsystem is always reliable than an off-line one. It is due tothe availability of the dynamic information, especially thewriting sequence of the strokes. This paper presents anew statistical method to reconstruct the writing order ofa handwritten script from a two-dimensional static image.The reconstruction process consists of two phases, namedthe training phase and the testing phase. In the trainingphase, the writing order with other attributes, such aslength and direction, are extracted from a set of trainingon-line handwritten scripts statistically to form auniversal writing model (UWM). In the testing phase,UWM is applied to reconstruct the drawing order of off-linehandwritten scripts by finding the highest totalprobability. 300 off-line signatures with ground truth areused for evaluation. Experimental results show that thereconstructed writing sequence using UWM is close to theactual writing sequence.
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