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    • 76. 发明公开
    • Method and system for enrolling addresses in a speech recognition database
    • 系统和Verfahren zur Aufnahme von Namen在einer Spracherkennungsdatenbank
    • EP1758351A2
    • 2007-02-28
    • EP06022529.9
    • 1996-09-12
    • TEXAS INSTRUMENTS INCORPORATED
    • Gammel, Michele B.Fisher, Thomas D.
    • H04M1/27
    • G10L15/063G10L15/20G10L2015/0638H04M1/271
    • A method and system for enrolling speed dial names includes providing speaker dependent templates and associated telephone numbers and providing a penalized garbage model for unrecognized speech. When a request for a new template is received it is determined if the list of speed dial names is full (Step 201) and is not it is determined if that name is too similar (Step 205) to a name already on the speed dial list. If so, that name is rejected but if not it is determined if the speed dial name is too short (Step 302), and if not too short or if the user wants to enter the short name the system asks the user to repeat the speed dial name and if a match it is entered. If not a match the system will swap the first and second utterance and compare to see if a match.
    • 用于登记快速拨号名称的方法和系统包括提供说话者依赖模板和相关联的电话号码,并为未被识别的语音提供惩罚垃圾模型。 当接收到对新模板的请求时,确定快速拨号名称的列表是否已满(步骤201),并且不确定该名称是否与已经在快速拨号列表上的名称太相似(步骤205) 。 如果是,该名称被拒绝,但如果不是确定快速拨号名称是否太短(步骤302),如果不是太短,或者如果用户想要输入短名称,则系统要求用户重复速度 拨打名称并输入匹配项。 如果不匹配,系统会交换第一个和第二个发音,并比较一下是否匹配。
    • 79. 发明公开
    • Method of setting posterior probability parameters for a switching state space model and method of speech recognition
    • 设置切换状态空间模型和语音识别方法的后验概率参数的方法
    • EP1701337A2
    • 2006-09-13
    • EP06013383.2
    • 2005-01-13
    • Microsoft Corporation
    • Attias, HagaiLee, LeoDeng, Li
    • G10L15/14
    • G10L15/14G10L2015/0638
    • A method of efficiently setting posterior probability parameters for a switching state space model begins by defining a window containing at least two but fewer than all of the frames. A separate posterior probability parameter is determined for each frame in the window. The window is then shifted sequentially from left to right in time so that it includes one or more subsequent frames in the sequence of frames. A separate posterior probability parameter is then determined for each frame in the shifted window. This method closely approximates a more rigorous solution but saves computational cost by two to three orders of magnitude. Further, a method of determining the optimal discrete state sequence in the switching state space model is invented that directly exploits the observation vector on a frame-by-frame basis and operates from left to right in time.
    • 有效地设置切换状态空间模型的后验概率参数的方法首先定义包含至少两个但少于全部帧的窗口。 为窗口中的每个帧确定单独的后验概率参数。 该窗口然后在时间上从左向右依次移位,以便它包括帧序列中的一个或多个后续帧。 然后为移位窗口中的每个帧确定单独的后验概率参数。 这种方法非常接近更严格的解决方案,但节省了两到三个数量级的计算成本。 此外,发明了一种在开关状态空间模型中确定最佳离散状态序列的方法,该方法在逐帧的基础上直接利用观测向量,并且按时间从左向右操作。
    • 80. 发明公开
    • Method of setting posterior probability parameters for a switching state space model and method of speech recognition
    • 一种用于概率参数的确定为状态空间模型变量方法
    • EP1557823A2
    • 2005-07-27
    • EP05000586.7
    • 2005-01-13
    • MICROSOFT CORPORATION
    • Attias, HagaiLee, LeoDeng, Li
    • G10L15/14
    • G10L15/14G10L2015/0638
    • A method of efficiently setting posterior probability parameters for a switching state space model begins by defining a window containing at least two but fewer than all of the frames. A separate posterior probability parameter is determined for each frame in the window. The window is then shifted sequentially from left to right in time so that it includes one or more subsequent frames in the sequence of frames. A separate posterior probability parameter is then determined for each frame in the shifted window. This method closely approximates a more rigorous solution but saves computational cost by two to three orders of magnitude. Further, a method of determining the optimal discrete state sequence in the switching state space model is invented that directly exploits the observation vector on a frame-by-frame basis and operates from left to right in time.
    • 用于切换状态空间模型设定高效后验概率参数的方法开始于定义含有至少两个但不是全部的帧的较少的窗口。 一个单独的后验概率参数确定性开采窗口中的每个帧。 窗,然后在时间上移位顺序地从左至右所以做到了包括帧序列中的一个或多个随后的帧。 一个单独的后验概率的参数,然后确定开采在移位窗口中的每个帧。 这种方法非常接近更严格的解决方案,但节省了两到三个数量级的计算成本。 另外,在开关状态空间模型的最优离散状态序列发明确定性采矿的方法做了直接利用上一帧接一帧的基础上观测矢量和从在时间从左向右运行。