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    • 3. 发明申请
    • VOICE DATA TRANSFERRING DEVICE, TERMINAL DEVICE, VOICE DATA TRANSFERRING METHOD, AND VOICE RECOGNITION SYSTEM
    • 语音数据传输设备,终端设备,语音数据传输方法和语音识别系统
    • US20120330651A1
    • 2012-12-27
    • US13530149
    • 2012-06-22
    • Yasunari ObuchiTakeshi Homma
    • Yasunari ObuchiTakeshi Homma
    • G10L15/20G10L21/00
    • G10L15/30G10L15/01
    • A voice data transferring device intermediates between an in-vehicle terminal and a voice recognition server. In order to check a change in voice recognition performance of the voice recognition server, the voice data transferring device performs a noise suppression processing on a voice data for evaluation in a noise suppression module; transmits the voice data for evaluation to the voice recognition server; and receives a recognition result thereof. The voice data transferring device sets a value of a noise suppression parameter used for a noise suppression processing or a value of a result integration parameter used for a processing of integrating a plurality of recognition results acquired from the voice recognition server, at an optimum value, based on the recognition result of the voice recognition server. This makes it possible to set a suitable parameter even if the voice recognition performance of the voice recognition server changes.
    • 语音数据传送装置在车载终端和语音识别服务器之间进行中介。 为了检查语音识别服务器的语音识别性能的变化,语音数据传送装置对噪声抑制模块中的用于评估的语音数据执行噪声抑制处理; 将语音数据发送到语音识别服务器; 并接收其识别结果。 语音数据传送装置将用于噪声抑制处理的噪声抑制参数的值或用于将从语音识别服务器获取的多个识别结果积分的处理的结果积分参数的值设定为最佳值, 基于语音识别服务器的识别结果。 即使语音识别服务器的语音识别性能发生变化,也可以设定合适的参数。
    • 6. 发明申请
    • Crisis monitoring system
    • 危机监测系统
    • US20050264425A1
    • 2005-12-01
    • US11043169
    • 2005-01-27
    • Nobuo SatoYasunari Obuchi
    • Nobuo SatoYasunari Obuchi
    • B66B3/00B66B5/00G08B13/16G08B23/00G08B25/04G08B31/00G10L15/00G10L15/10G10L15/28H04M11/00
    • G08B13/1672G08B31/00
    • Provided is a crisis monitoring system that detects a crisis by identifying a person's emotion from his/her utterance includes an input unit to which an audio signal is inputted, a recording unit which records information necessary to judge a crisis situation, and a control unit which controls the input unit and the recording unit. The recording unit records emotion attribute information, which includes a feature of a specific emotion in an audio signal, and the control unit determines a person's emotion by comparing an audio signal inputted to the input unit with the emotion attribute information, and executes a predetermined emergency processing when it is judged that the determined emotion indicates a crisis situation.
    • 提供了一种危机监测系统,其通过从他/她的话语中识别人的情绪来检测危机,包括输入音频信号的输入单元,记录判断危机情况所需的信息的记录单元和控制单元, 控制输入​​单元和记录单元。 记录单元记录包括音频信号中的特定情绪的特征的情绪属性信息,并且控制单元通过将输入到输入单元的音频信号与情绪属性信息进行比较来确定人的情绪,并执行预定的紧急情况 当判断出确定的情绪表示危机情况时,处理。
    • 7. 发明授权
    • Information processor device and storage medium
    • 信息处理器设备和存储介质
    • US08422350B2
    • 2013-04-16
    • US13126326
    • 2009-10-16
    • Takao WatanabeYasunari ObuchiMasahiro Aoki
    • Takao WatanabeYasunari ObuchiMasahiro Aoki
    • G11B7/00
    • G11B20/10G11B2007/0009G11B2220/235
    • In an information storage device in which small partitions for storing information are three-dimensionally placed inside a solid, the invention aims at long-period storage, robustness, and rapid information reading. Accordingly, the stored three-dimensional information is divided into two-dimensional data for each layer, and two-dimensional inverse Fourier transform is previously applied for the two-dimensional data. The two-dimensional data is recorded in each layer in a Z direction inside a storage medium which is solid. When the information is reproduced, electromagnetic waves are irradiated to a storage area MA as gradually rotating the storage area MA around a z axis, and projection images of all layers during the rotation are obtained from response. By applying one-dimensional Fourier transform for a plurality of projection images obtained as described above, the recorded original three-dimensional information is rapidly reproduced.
    • 本发明的一个信息存储装置,其中用于存储信息的小分区被三维地放置在一个实体内,本发明的目的在于长时间的存储,鲁棒性和快速的信息读取。 因此,将所存储的三维信息划分为每层的二维数据,并且预先对二维数据应用二维傅里叶逆变换。 将二维数据记录在固体存储介质内的Z方向的各层中。 当信息被再现时,电磁波被照射到存储区域MA,使得存储区域MA围绕z轴逐渐旋转,并且从响应中获得旋转期间所有层的投影图像。 通过对如上所述获得的多个投影图像应用一维傅里叶变换,快速地再现所记录的原始三维信息。
    • 9. 发明申请
    • Information Processor Device and Storage Medium
    • 信息处理器设备和存储介质
    • US20110211436A1
    • 2011-09-01
    • US13126326
    • 2009-10-16
    • Takao WatanabeYasunari ObuchiMasahiro Aoki
    • Takao WatanabeYasunari ObuchiMasahiro Aoki
    • G11B7/00
    • G11B20/10G11B2007/0009G11B2220/235
    • In an information storage device in which small partitions for storing information are three-dimensionally placed inside a solid, the invention aims at long-period storage, robustness, and rapid information reading. Accordingly, the stored three-dimensional information is divided into two-dimensional data for each layer, and two-dimensional inverse Fourier transform is previously applied for the two-dimensional data. The two-dimensional data is recorded in each layer in a Z direction inside a storage medium which is solid. When the information is reproduced, electromagnetic waves are irradiated to a storage area MA as gradually rotating the storage area MA around a z axis, and projection images of all layers during the rotation are obtained from response. By applying one-dimensional Fourier transform for a plurality of projection images obtained as described above, the recorded original three-dimensional information is rapidly reproduced.
    • 本发明的一个信息存储装置,其中用于存储信息的小分区被三维地放置在一个实体内,本发明的目的在于长时间的存储,鲁棒性和快速的信息读取。 因此,将所存储的三维信息划分为每层的二维数据,并且预先对二维数据应用二维傅里叶逆变换。 将二维数据记录在固体存储介质内的Z方向的各层中。 当信息被再现时,电磁波被照射到存储区域MA,使得存储区域MA围绕z轴逐渐旋转,并且从响应中获得旋转期间所有层的投影图像。 通过对如上所述获得的多个投影图像应用一维傅里叶变换,快速地再现所记录的原始三维信息。