在线手写流程图识别,美化和编辑系统

H. Miyao, Rei Maruyama
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引用次数: 21

摘要

为了对在线手写流程图符号进行精确分割和识别,提出了一种基于回路结构对图形符号进行分割并利用支持向量机对分割后的符号进行识别的方法。在我们的实验中,符号分割的错误率低至3.37%,识别率高达97.6%。提出了一种对已识别符号进行美化和编辑的方法,并将其应用于原型系统的构建。我们比较了在我们的系统和使用图标界面的传统应用程序之间绘制流程图的输入时间。因此,对于没有文本的流程图,我们系统上的输入时间比传统系统上的输入时间要快。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
On-Line Handwritten flowchart Recognition, Beautification and Editing System
In order to segment and recognize on-line handwritten flowchart symbols precisely, we propose a method that segments the graphic symbols based on the loop structure and recognize the segmented symbols by using SVMs. In our experiments, low error rate of 3.37% for symbol segmentation and high recognition rate of 97.6% were obtained. We also propose a beautification and editing method for recognized symbols, and implement them to construct a prototype system. We compare an input time for drawing flowcharts between our system and a traditional application using icon-based interface. As a result, the input time on our system was faster than that on traditional one for flowcharts without texts.
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