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    • 4. 发明授权
    • Encoding method for syllables
    • 音节编码方法
    • US5208863A
    • 1993-05-04
    • US608376
    • 1990-11-02
    • Atsushi SakuraiJunichi TamuraTetsuo Kosaka
    • Atsushi SakuraiJunichi TamuraTetsuo Kosaka
    • G10L13/06G10L15/02G10L19/00
    • G10L15/02
    • A method for encoding syllables of a language, particularly the Japanese language, and for facilitating the extraction of sound codes from the input syllables, for voice recognition or voice synthesis includes the step of providing a syllable classifying table, in which each syllable is represented by an upper byte code indicating the consonant part of the syllable and a lower byte code indicating the non-consonant part of the syllable. The consonants constitute a first category of data classified by phonetic features, while the non-consonants constitute a second category of data classified by phonetic features, so that the extraction of consonant or non-consonant sounds can be made by a search in only the first or the second categories. The encoding of diphthongs are made in such a manner that those containing the same vowel have the same remainder corresponding to the code of this vowel, when the codes are divided by the number of vowels contained in the second category, so that the extraction of a vowel from diphthongs can be achieved by a simple mathematical division.
    • 用于编码语言,特别是日语的音节的方法,以及用于便于从输入音节提取声音代码,用于语音识别或语音合成的方法包括提供音节分类表的步骤,其中每个音节由 指示音节的辅音部分的高字节代码和表示音节的非辅音部分的低字节代码。 辅音构成了以语音特征分类的第一类数据,而非辅音构成了以语音特征分类的第二类数据,因此可以仅通过搜索第一类搜索辅音或非辅音 或第二类。 双符号的编码是这样进行的,即当包含同一元音的那些元素具有与该元音的代码相同的余数时,当代码除以第二类别中包含的元音数量,从而提取 来自diphthongs的元音可以通过简单的数学部分来实现。
    • 9. 发明授权
    • Speech processing apparatus and method and computer readable medium encoded with a program for recognizing input speech by performing searches based on a normalized current feature parameter
    • 语音处理装置和方法以及通过基于归一化的当前特征参数执行搜索来识别输入语音的程序编码的计算机可读介质
    • US06236962B1
    • 2001-05-22
    • US09038898
    • 1998-03-12
    • Tetsuo KosakaYasuhiro Komori
    • Tetsuo KosakaYasuhiro Komori
    • G10L1520
    • G10L15/20
    • An apparatus, method, and storage medium for eliminating the influence of line characteristics in a real-time manner in order to raise recognition precision of input speech and to enable the speech to be recognized in a real-time manner, includes a device and step for obtaining, an estimate value of a long-time mean of a parameter from speech feature parameters which are sequentially inputted by using the speech feature parameters which have already been inputted, and a device and step for normalizing the speech feature parameter inputted at that time point by using the obtained estimate value. Each time the speech feature parameter is inputted, the latest estimate value is obtained by using the already inputted parameters including the inputted speech feature parameter, and the latest input speech feature parameter is normalized by using the updated estimate value. Since the reliability of the estimate value is higher as the number of speech feature parameters used when the estimate value is obtained is larger, the estimate value is normalized by adding a weight in accordance with the reliability.
    • 为了提高输入语音的识别精度和使语音能够被实时识别,可以实时消除线路特性的影响的装置,方法和存储介质,包括设备和步骤 用于从通过使用已经输入的语音特征参数顺序输入的语音特征参数获得参数的长时间平均值的估计值;以及用于对当时输入的语音特征参数进行归一化的装置和步骤 通过使用获得的估计值来指出。 每当输入语音特征参数时,通过使用已经输入的包括输入的语音特征参数的参数来获得最新估计值,并且通过使用更新的估计值对最新的输入语音特征参数进行归一化。 由于当获得估计值时使用的语音特征参数的数量较大,估计值的可靠性较高,所以通过根据可靠性加权来对估计值进行归一化。