训练一台计算机识别语音以及向它听到的内容应用文法规则，是一个相当直观的过程，即使在开源世界也是如此。
Training a computer to recognize spoken sounds and apply grammar rules to what it hears is a fairly straightforward process, even in the world of open source.
首先，您可以用很多不同的方式表达一种文法，具体取决于您使用的是哪个语音识别器应用程序。
First, you can express a grammar in a number of different ways, depending on which speech recognizer application you use.
用正规文法和正规表达式描述了程序语言的单词符号的结构，用状态转换图构造了识别单词符号。
The paper describes symbolic structure of word of program language with regular grammar and regular expression, constructs converted-state chart to identify word symbol.
本文给出描述波形波峰的数学模型，并根据数学模型构造一个文法模式，然后采用均方误差范数设计出模式识别波形波峰的算法。
Based on the model a grammatical pattern is constructed, and an algorithm for pattern recognition of wave peaks is designed by using mean square error norm.
正规集是对许多语言理论起核心作用的一类语言，研究正规集的性质有助于有限态文法的文法推断和句法分析的研究以及正规集的自动识别。
The study of properties ofregular sets is useful to grammar inference and syntax analyses for finite-state grammars such that regular languages can be recognized automatically.
在汉语普通话连续音识别中，这个词义模型的性能优于基于词的三元文法模型，并且需要较小的存储空间。
In Mandarin speech recognition, this model shows a better performance and requires less memory space than the word based trigram model.
通过建立广义数学表达式的文法规则以及分析程序，实现了基于专家系统的公式识别器。
This paper implements a mathematical formula recognition tool by establishing a math expression grammar in broad sense and analytical program.
结果表明：该方法可以正确、准确地识别指定文法的句子。
Results show that it can correctly, exactly judge a statement whether a given sentence belongs to a grammar or not.
本文介绍用于识别手写印刷体汉字的二维扩展属性文法方法中文法归约阶段的工作。
The work on grammar reductions in Two-Dimensional Extended Attribute Grammars is presented for the recognition of hand-printed Chinese characters.
模式识别的方法可以分为决策理论法和文法结构法两大类，而后者又可区分为一般的及随机的文法识别法。
R. may be classified into two main classes, namely: decision theory method and syntactic (structural) method, the later may still be classified into trivial and stochastic methods.
模式识别的方法可以分为决策理论法和文法结构法两大类，而后者又可区分为一般的及随机的文法识别法。
R. may be classified into two main classes, namely: decision theory method and syntactic (structural) method, the later may still be classified into trivial and stochastic methods.
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