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    • 11. 发明申请
    • FINITE STATE TRANSDUCER DETERMINIZING DEVICE AND FINITE STATE TRANSDUCER DETERMINIZING METHOD
    • 有限状态传感器确定装置和有限状态传感器确定方法
    • US20120046935A1
    • 2012-02-23
    • US13231065
    • 2011-09-13
    • Manabu Nagao
    • Manabu Nagao
    • G06F17/20
    • G06F17/2775G10L15/144
    • According to one embodiment, a finite state transducer determinizing device includes a symbol determination unit, a state merging unit, and a single-value processing unit. The symbol determination unit generates an identification symbol different from an input symbol assigned to each transition of a finite state transducer. The state merging unit extracts one or more states at a transition destination by the same input symbol from among the states of the finite state transducer and generates states having the extracted states as sub-states. The single-value processing unit applies the input symbol assigned to each transition of the finite state transducer or the identification symbol as an input symbol of a transition between the states generated by the state merging unit to perform determinizing.
    • 根据一个实施例,有限状态换能器确定装置包括符号确定单元,状态合并单元和单值处理单元。 符号确定单元生成与分配给有限状态换能器的每个转换的输入符号不同的识别符号。 状态合并单元从有限状态换能器的状态中通过相同的输入符号在转换目的地提取一个或多个状态,并且生成具有提取状态的状态作为子状态。 单值处理单元将分配给有限状态换能器或识别符号的每个转换的输入符号应用于由状态合并单元生成的状态之间的转换的输入符号,以执行确定。
    • 12. 发明申请
    • Information processing apparatus and method
    • 信息处理装置和方法
    • US20060239130A1
    • 2006-10-26
    • US11391389
    • 2006-03-29
    • Kohei MomosakiTatsuya UeharaKazunori ImotoYasuyuki MasaiKazuhiko AbeManabu NagaoMunehiko Sasajima
    • Kohei MomosakiTatsuya UeharaKazunori ImotoYasuyuki MasaiKazuhiko AbeManabu NagaoMunehiko Sasajima
    • H04B1/20
    • G11B27/28G06F17/30743G06F17/30749G06F17/30758G06F17/30787G11B27/322
    • An information processing apparatus is provided in which with respect to video/audio data to be recorded and stored, the determination of division and a control point suitable for viewing and listening and the giving of relevant information can be performed without requiring a manual operation each time. The information processing apparatus includes a recording medium 90, a video data acquisition unit 48, a video data specification unit 47, an audio data separation unit 25, a key creation unit 31, a key relevant data acquisition unit 55, and a key data management unit 10. When a key is created while specifying a section in first audio data, a name and attribute information based on a near division point and control point are stored, and when an audio section similar to an audio pattern of the key is detected from second audio data, in accordance with the stored attribute information, a division point and a control point are determined on the basis of starting and terminal ends of the detected section, and the stored name or a name given in accordance with a naming method is set for the divided section, the control point or the whole audio data.
    • 提供了一种信息处理装置,其中对于要记录和存储的视频/音频数据,可以执行适合于观看和收听和给出相关信息的划分确定和控制点,而不需要每次手动操作 。 信息处理装置包括记录介质90,视频数据获取单元48,视频数据指定单元47,音频数据分离单元25,密钥创建单元31,密钥相关数据获取单元55和密钥数据管理 单位10 当在第一音频数据中指定部分时创建键时,存储基于近分割点和控制点的名称和属性信息,并且当从第二音频数据检测到与键的音频模式类似的音频部分时 根据所存储的属性信息,基于所检测部分的开始和终点来确定分割点和控制点,并且将所分配的名称或命名方法给出的名称设置为分割 部分,控制点或整个音频数据。
    • 14. 发明授权
    • Finite state transducer determinizing device and finite state transducer determinizing method
    • 有限状态传感器确定装置和有限状态传感器确定方法
    • US08744836B2
    • 2014-06-03
    • US13231065
    • 2011-09-13
    • Manabu Nagao
    • Manabu Nagao
    • G06F17/27G10L15/00
    • G06F17/2775G10L15/144
    • According to one embodiment, a finite state transducer determinizing device includes a symbol determination unit, a state merging unit, and a single-value processing unit. The symbol determination unit generates an identification symbol different from an input symbol assigned to each transition of a finite state transducer. The state merging unit extracts one or more states at a transition destination by the same input symbol from among the states of the finite state transducer and generates states having the extracted states as sub-states. The single-value processing unit applies the input symbol assigned to each transition of the finite state transducer or the identification symbol as an input symbol of a transition between the states generated by the state merging unit to perform determinizing.
    • 根据一个实施例,有限状态换能器确定装置包括符号确定单元,状态合并单元和单值处理单元。 符号确定单元生成与分配给有限状态换能器的每个转换的输入符号不同的识别符号。 状态合并单元从有限状态换能器的状态中通过相同的输入符号在转换目的地提取一个或多个状态,并且生成具有提取状态的状态作为子状态。 单值处理单元将分配给有限状态换能器或识别符号的每个转换的输入符号应用于由状态合并单元生成的状态之间的转换的输入符号,以执行确定。
    • 15. 发明授权
    • Information processing apparatus and method
    • 信息处理装置和方法
    • US08019163B2
    • 2011-09-13
    • US11391389
    • 2006-03-29
    • Kohei MomosakiTatsuya UeharaKazunori ImotoYasuyuki MasaiKazuhiko AbeManabu NagaoMunehiko Sasajima
    • Kohei MomosakiTatsuya UeharaKazunori ImotoYasuyuki MasaiKazuhiko AbeManabu NagaoMunehiko Sasajima
    • H04B1/20
    • G11B27/28G06F17/30743G06F17/30749G06F17/30758G06F17/30787G11B27/322
    • An information processing apparatus is provided in which with respect to video/audio data to be recorded and stored, the determination of division and a control point suitable for viewing and listening and the giving of relevant information can be performed without requiring a manual operation each time. The information processing apparatus includes a recording medium 90, a video data acquisition unit 48, a video data specification unit 47, an audio data separation unit 25, a key creation unit 31, a key relevant data acquisition unit 55, and a key data management unit 10. When a key is created while specifying a section in first audio data, a name and attribute information based on a near division point and control point are stored, and when an audio section similar to an audio pattern of the key is detected from second audio data, in accordance with the stored attribute information, a division point and a control point are determined on the basis of starting and terminal ends of the detected section, and the stored name or a name given in accordance with a naming method is set for the divided section, the control point or the whole audio data.
    • 提供了一种信息处理装置,其中对于要记录和存储的视频/音频数据,可以执行适合于观看和收听和给出相关信息的划分确定和控制点,而不需要每次手动操作 。 信息处理装置包括记录介质90,视频数据获取单元48,视频数据指定单元47,音频数据分离单元25,密钥创建单元31,密钥相关数据获取单元55和密钥数据管理 单元10.当在第一音频数据中指定段时创建密钥时,存储基于近分割点和控制点的名称和属性信息,并且当从键的音频图案类似的音频部分被检测到 第二音频数据根据存储的属性信息,基于所检测的部分的开始和终点来确定分割点和控制点,并且设置存储的名称或根据命名方法给出的名称 对于分割部分,控制点或整个音频数据。
    • 17. 发明授权
    • Information processing device, information processing method and computer program product
    • 信息处理装置,信息处理方法和计算机程序产品
    • US09275039B2
    • 2016-03-01
    • US13617309
    • 2012-09-14
    • Manabu Nagao
    • Manabu Nagao
    • G10L15/193G06F17/27
    • G06F17/2775G10L15/193
    • According to an embodiment, an information processing device includes a first set generating unit that generates a first set of states reachable by following ε-transitions in a forward direction and a reverse direction among states included in a finite state automaton; a second set generating unit that generates a second set representing a set of states included in each of a plurality of first sets connected by one transition that is not an ε-transition and the first set that is not connected to another first set by one transition that is not an ε-transition; a combination generating unit that obtains, among combinations of ε-removal patterns to be respectively applied to the ε-transitions in the second set, a combination with which the number of transitions after removing ε-transitions is the smallest; and a removing unit that removes ε-transitions in the second set by the removal patterns included in the obtained combination.
    • 根据实施例,一种信息处理设备包括:第一集合生成单元,其生成通过在有限状态自动机中包括的状态之间的向前方向和相反方向上的追随和转换而可达到的第一组状态; 第二集合生成单元,其生成表示包括在通过一个不是“转移”的一个转换连接的多个第一集合中的每一个中的一组状态的第二集合,以及未连接到另一个第一集合的第一集合的第一集合 不是过渡的过渡; 组合生成单元,其在分别应用于第二组中的转换的组合中获得在去除和转换之后的转换次数最小的组合; 以及去除单元,其通过包括在所获得的组合中的去除图案来去除第二组中的变换。
    • 18. 发明申请
    • Apparatus, method and computer program product for translating speech, and terminal that outputs translated speech
    • 用于翻译语音的装置,方法和计算机程序产品,以及输出翻译语音的终端
    • US20080077390A1
    • 2008-03-27
    • US11723409
    • 2007-03-19
    • Manabu Nagao
    • Manabu Nagao
    • G06F17/28
    • G06F17/289G10L15/26G10L15/28
    • In a speech translation apparatus, a correspondence storage unit stores therein identifiers of terminals and usage languages used in the terminals associated with each other. A receiving unit receives a source speech from one of the terminals. A translating unit acquires usage languages from the correspondence storage unit, and generates a translated speech by using each of the acquired usage languages as a target language. When the translated speech is generated in any one of the target languages, a determining unit determines whether it has been generated in all the target languages. If the translated speech has been generated in all the target languages, an output unit outputs the translated speech. A sending unit sends the translated speech to each of the terminals.
    • 在语音翻译装置中,对应存储单元存储在彼此相关联的终端中使用的终端和使用语言的标识符。 接收单元从一个终端接收源语音。 翻译单元从通信存储单元获取使用语言,并且通过使用所获取的使用语言中的每一个作为目标语言来生成翻译语音。 当翻译的语音以任何一种目标语言生成时,确定单元确定它是否已经以所有目标语言生成。 如果翻译的语音已经以所有目标语言生成,则输出单元输出翻译的语音。 发送单元将翻译的语音发送到每个终端。
    • 20. 发明授权
    • Automaton determinization method, device, and computer program product that involves a plurality of states and deleting states that are next states to first transitions
    • 自动机确定方法,设备和计算机程序产品,其涉及多个状态,并且删除作为第一次转换的下一个状态的状态
    • US08943006B2
    • 2015-01-27
    • US13533261
    • 2012-06-26
    • Manabu Nagao
    • Manabu Nagao
    • G06F15/18G10L15/08G10L15/193
    • G10L15/083G06K9/62G06N5/02G10L15/193
    • In an embodiment, an automaton determinization method includes: state-generating, first-transition-generating, second-transition-generating, and first-deleting. The state-generating includes generating, assigned with a first symbol, a second state newly. The first-transition-generating includes generating a second transition that leaves from the first state and enters to the second state and that is assigned with the first symbol. The second-transition-generating includes generating, regarding the first transitions, a fourth transition where a state previous to a third transition is substituted with the second state. The third transition is an outgoing transition from a next state of the first transition. The first-deleting includes deleting states that are next to the first transitions where the fourth transitions are generated and that do not have incoming transitions other than the first transitions, deleting outgoing transitions from the deleted states, and deleting the first transitions where the fourth transitions are generated.
    • 在一个实施例中,自动机确定方法包括:状态生成,第一转换生成,第二转换生成和第一删除。 状态产生包括新分配有第一符号的第二状态。 第一转换产生包括产生从第一状态离开并进入第二状态并被分配有第一符号的第二转换。 第二转变产生包括产生关于第一转变的第四转变,其中第三转变之前的状态被第二状态替代。 第三个转变是从第一个转换的下一个状态的转出。 第一删除包括删除在第一转换旁边的状态,其中生成第四转换并且没有除第一转换之外的传入转换,删除从删除状态的输出转换,以及删除第四转换 被生成。