Mathematical Representation of a Chinese Character and its Applications
Mathematical Representation of a Chinese Character and its Applications
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DOI：
10.1142/s0218001402001939
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发表时间：
2002-09
期刊：
影响因子：
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通讯作者：
Xingming Sun;Huo-Wang Chen;Lihua Yang;Y. Tang
中科院分区：
文献类型：
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作者：
Xingming Sun;Huo-Wang Chen;Lihua Yang;Y. Tang
本文基于汉字的结构知识，提出了一种新的汉字数学表示方法。每个汉字都可以用一个数学表达式来表示，其中操作数是汉字的组成部分，操作符是组成部分之间的位置关系。选择了五百五个分量，定义了6个操作符，成功地表达了所有的汉字。这些汉字的数学表达式简单、自然，可以像普通的数字数学表达式一样进行操作。这使得中文信息处理比以前简单多了。该理论已成功应用于字体自动化、互联网上不同平台、不同操作系统之间的中文信息传递、汉字结构的知识发现等方面。可广泛应用于排版、广告、包装设计、虚拟图书馆、网络传输、模式识别、中文移动通信等领域。
In this paper, a novel method to express Chinese characters mathematically is presented based on the knowledge of the structure of Chinese characters. Each Chinese character can be denoted by a mathematical expression in which the operands are components of Chinese characters and the operators are the location relations between the components. Five hundred five components are selected and 6 operators are defined to express all the Chinese characters successfully. These mathematical expressions of Chinese characters are simple, natural, and can be operated like the common mathematical expression of numbers. It makes Chinese information processing much simpler than before. This theory has been applied successfully in fonts automation, Chinese information transmission among different platforms and different operating systems on Internet, and knowledge discovery of the structure of Chinese characters. It can also be applied extensively to many areas such as typesetting, advertising, packing design, virtual library, network transmission, pattern recognition and Chinese mobile communication.