会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 4. 发明授权
    • Automatic translation method and system based on corresponding sentence pattern
    • 基于相应句型的自动翻译方法和系统
    • US08015016B2
    • 2011-09-06
    • US11924102
    • 2007-10-25
    • Jun ParkSeung Hi KimHyung Bae JeonYoung Jik LeeHoon Chung
    • Jun ParkSeung Hi KimHyung Bae JeonYoung Jik LeeHoon Chung
    • G10L21/00G06F17/27G06F17/28
    • G10L15/18G06F17/2872G10L13/10
    • Provided are an automatic speech translation system and a method for obtaining accurate translation performance with a simple structure. Because input and output sentences are written in different languages, automatic speech translation requires techniques for processing different languages. Repetition of text processing like morpheme analysis or sentence parsing in conventional automatic speech translation can complicate the overall translation process. Meanwhile, although input and output sentences are written in different languages, they have to have the same meaning and a corresponding sentence form and words. Accordingly, the corresponding words and sentence forms of the two languages can be expressed with a simple structure and utilized in the automatic speech translation process, thereby maintaining consistency during the process and avoiding unnecessary process repetition, which reduces errors and improves performance.
    • 提供了一种自动语音翻译系统和一种以简单的结构获得准确的翻译性能的方法。 由于输入和输出句子是用不同的语言编写的,所以自动语音翻译需要处理不同语言的技术。 在常规自动语音翻译中重复文本处理,如语素分析或句法解析可能会使整个翻译过程复杂化。 同时,虽然输入和输出句子是用不同的语言编写的,但它们必须具有相同的含义和相应的句子形式和单词。 因此,两种语言的对应单词和句子形式可以用简单的结构表示,并在自动语音翻译过程中使用,从而保持过程中的一致性,避免不必要的过程重复,从而减少错误并提高性能。
    • 5. 发明申请
    • SPEECH UNDERSTANDING SYSTEM USING AN EXAMPLE-BASED SEMANTIC REPRESENTATION PATTERN
    • 使用基于示例的语义表示模式的语音理解系统
    • US20110054883A1
    • 2011-03-03
    • US12622060
    • 2009-11-19
    • Seung YunSeung Hi KimJun ParkJeong Se KimIlbin LeeSoo Jong LeeSanghun KimSang Kyu Park
    • Seung YunSeung Hi KimJun ParkJeong Se KimIlbin LeeSoo Jong LeeSanghun KimSang Kyu Park
    • G06F17/27
    • G06F17/2755G06F17/2785G10L15/1815
    • A speech understanding apparatus includes: a speech recognition unit for recognizing an input speech to produce a speech recognition result; a sentence analysis unit for performing morpheme analysis on a sentence corresponding to the speech recognition result, extracting additional information, and performing syntax analysis; a hierarchy describing unit for describing hierarchy of the sentence; a class transformation unit for performing class transformation on the sentence; a semantic representation determination unit for marking optional expressions for the sentence, deleting meaningless expressions and the additional information, converting the sentence into its base form, and deleting morphemic tags or symbols to determine a semantic representation; a semantic representation retrieval unit for retrieving the determined semantic representation from an example-based semantic representation pattern database; and a retrieval result processing unit for selectively producing a retrieved semantic representation.
    • 语音理解装置包括:语音识别单元,用于识别输入语音以产生语音识别结果; 句子分析单元,用于对与语音识别结果相对应的句子执行语素分析,提取附加信息,并执行语法分析; 用于描述句子的层次结构的层次描述单元; 用于对句子进行类转换的类变换单元; 语义表示确定单元,用于标记句子的可选表达式,删除无意义表达式和附加信息,将该句子转换成其基本形式,以及删除语素标签或符号以确定语义表示; 语义表示检索单元,用于从基于示例的语义表示模式数据库中检索所确定的语义表示; 以及检索结果处理单元,用于选择性地产生检索的语义表示。
    • 6. 发明授权
    • Speech understanding system using an example-based semantic representation pattern
    • 语言理解系统使用基于示例的语义表示模式
    • US08370130B2
    • 2013-02-05
    • US12622060
    • 2009-11-19
    • Seung YunSeung Hi KimJun ParkJeong Se KimIlbin LeeSoo Jong LeeSanghun KimSang Kyu Park
    • Seung YunSeung Hi KimJun ParkJeong Se KimIlbin LeeSoo Jong LeeSanghun KimSang Kyu Park
    • G06F17/27
    • G06F17/2755G06F17/2785G10L15/1815
    • A speech understanding apparatus includes: a speech recognition unit for recognizing an input speech to produce a speech recognition result; a sentence analysis unit for performing morpheme analysis on a sentence corresponding to the speech recognition result, extracting additional information, and performing syntax analysis; a hierarchy describing unit for describing hierarchy of the sentence; a class transformation unit for performing class transformation on the sentence; a semantic representation determination unit for marking optional expressions for the sentence, deleting meaningless expressions and the additional information, converting the sentence into its base form, and deleting morphemic tags or symbols to determine a semantic representation; a semantic representation retrieval unit for retrieving the determined semantic representation from an example-based semantic representation pattern database; and a retrieval result processing unit for selectively producing a retrieved semantic representation.
    • 语音理解装置包括:语音识别单元,用于识别输入语音以产生语音识别结果; 句子分析单元,用于对与语音识别结果相对应的句子执行语素分析,提取附加信息,并执行语法分析; 用于描述句子的层次结构的层次描述单元; 用于对句子进行类转换的类变换单元; 语义表示确定单元,用于标记句子的可选表达式,删除无意义表达式和附加信息,将该句子转换成其基本形式,以及删除语素标签或符号以确定语义表示; 语义表示检索单元,用于从基于示例的语义表示模式数据库中检索所确定的语义表示; 以及检索结果处理单元,用于选择性地产生检索的语义表示。
    • 9. 发明授权
    • Pitch modification method by glottal closure interval extrapolation
    • 通过声门闭合间隔推断进行间距修正
    • US6125344A
    • 2000-09-26
    • US137606
    • 1998-08-21
    • Dong Gyu KangJung Chul LeeSang Hun KimJun Park
    • Dong Gyu KangJung Chul LeeSang Hun KimJun Park
    • G10L21/003G10L21/013G10L21/04G10L21/00G10L13/00
    • G10L21/003G10L21/04G10L21/013
    • The present invention relates to an improved pitch modification method by glottal closure interval extrapolation. It is an object of the present invention to modify pitches of speech signals by the glottal closure interval extrapolation and to maintain quality of the modified speech, when concatenating original speech segments to synthesize speech. An input speech signal is converted into a digital speech signal. A glottal closure interval is detected in the digital speech signal so as to estimate vocal tract parameters by using pitch synchronous analysis. Vocal tract characteristic signals of the glottal closure interval and glottal characteristic signals of a glottal open interval are separated from each other according to the detected glottal closure interval. The separated vocal tract characteristic signals are extrapolated and reduced to a desired pitch length by the estimated vocal tract parameter. The extrapolated and reduced vocal tract characteristic signals are overlapped and added to the separated glottal characteristic signal so as to generate a synthetic speech signal which varies in a desired pitch length.
    • 本发明涉及通过声门闭合间隔外推的改进的间距改变方法。 本发明的目的是通过声门闭合间隔外推来修改语音信号的音调,并且当连接原始语音片段以合成语音时,保持修改的语音的质量。 输入语音信号被转换为数字语音信号。 在数字语音信号中检测到声门闭合间隔,以便通过使用音调同步分析来估计声道参数。 根据检测到的声门闭合间隔,声门闭合间隔和声门开放间隔的声门特征信号的声道特征信号彼此分离。 分离的声道特征信号通过估计的声道参数被外推并减小到期望的音高。 外推和降低的声道特征信号被重叠并添加到分离的声门特征信号中,以产生以所需音调长度变化的合成语音信号。