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Towards a Parser for Mathematical Formula Recognition

机译:走向用于数学公式识别的解析器

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For the transfer of mathematical knowledge from paper to electronic form, the reliable automatic analysis and understanding of mathematical texts is crucial. A robust system for this task needs to combine low level character recognition with higher level structural analysis of mathematical formulas. We present progress towards this goal by extending a database-driven optical character recognition system for mathematics with two high level analysis features. One extends and enhances the traditional approach of projection profile cutting. The second aims at integrating the recognition process with graph grammar rewriting by giving support to the interactive construction and validation of grammar rules. Both approaches can be successfully employed to enhance the capabilities of our system to recognise and reconstruct compound mathematical expressions.
机译:为了将数学知识从纸质形式转换为电子形式,可靠的自动分析和理解数学文本至关重要。一个强大的系统需要将低级字符识别与数学公式的高级结构分析相结合。通过扩展具有两个高级分析功能的数学数据库驱动光学字符识别系统,我们向该目标提出了进展。一种扩展和增强了投影轮廓切割的传统方法。第二个目标是通过支持语法规则的交互式构造和验证,将识别过程与图语法重写相结合。两种方法都可以成功地用于增强我们系统识别和重构复合数学表达式的能力。

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