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    • 1. 发明授权
    • Flexural wave attenuation
    • 弯曲波衰减
    • US09188688B2
    • 2015-11-17
    • US12955179
    • 2010-11-29
    • Gary A. SittonTheodore C. Stieglitz
    • Gary A. SittonTheodore C. Stieglitz
    • G01V1/38G01V1/28
    • G01V1/28
    • A seismic information processing method and apparatus includes attenuating flexural wave noise information from seismic information. Flexural wave information removal includes receiving the seismic information using an information processing device interface, the seismic information having a plurality of directional components acquired using a multi-axis motion sensor coupled to ice floating on a body of water, the seismic information including desired seismic information and the flexural wave information. A noise model of the flexural wave information may be generated using at least one of the plurality of seismic information directional components using an information processing device. The noise model is improved using an adaptive correction filter, and the improved noise model is applied to at least one directional component of the received seismic information to attenuate the flexural wave information wave in the seismic information.
    • 地震信息处理方法和装置包括从地震信息中衰减弯曲波噪声信息。 弯曲波信息去除包括使用信息处理设备接口接收地震信息,所述地震信息具有使用耦合到漂浮在水体上的冰的多轴运动传感器获取的多个方向分量,所述地震信息包括期望的地震信息 和弯曲波信息。 可以使用信息处理装置使用多个地震信息方向分量中的至少一个来产生弯曲波信息的噪声模型。 使用自适应校正滤波器改进噪声模型,并将改进的噪声模型应用于接收到的地震信息的至少一个方向分量,以衰减地震信息中的弯曲波信息波。
    • 2. 发明申请
    • FLEXURAL WAVE ATTENUATION
    • 弹性波衰减
    • US20100008186A1
    • 2010-01-14
    • US12170309
    • 2008-07-09
    • Gary A. SittonTheodore C. Stieglitz
    • Gary A. SittonTheodore C. Stieglitz
    • G01V1/38G01V1/36
    • G01V1/28
    • A seismic information processing method and apparatus includes attenuating flexural wave noise information from seismic information. Flexural wave information removal includes receiving the seismic information using an information processing device interface, the seismic information having a plurality of directional components acquired using a multi-axis motion sensor coupled to ice floating on a body of water, the seismic information including desired seismic information and the flexural wave information. A noise model of the flexural wave information may be generated using at least one of the plurality of seismic information directional components using an information processing device. The noise model is improved using an adaptive correction filter, and the improved noise model is applied to at least one directional component of the received seismic information to attenuate the flexural wave information wave in the seismic information.
    • 地震信息处理方法和装置包括从地震信息中衰减弯曲波噪声信息。 弯曲波信息去除包括使用信息处理设备接口接收地震信息,所述地震信息具有使用耦合到漂浮在水体上的冰的多轴运动传感器获取的多个方向分量,所述地震信息包括期望的地震信息 和弯曲波信息。 可以使用信息处理装置使用多个地震信息方向分量中的至少一个来产生弯曲波信息的噪声模型。 使用自适应校正滤波器改进噪声模型,并将改进的噪声模型应用于接收到的地震信息的至少一个方向分量,以衰减地震信息中的弯曲波信息波。
    • 3. 发明申请
    • Flexural Wave Attenuation
    • 弯曲波衰减
    • US20110085414A1
    • 2011-04-14
    • US12955179
    • 2010-11-29
    • Gary A. SittonTheodore C. Stieglitz
    • Gary A. SittonTheodore C. Stieglitz
    • G01V1/38G01V1/36
    • G01V1/28
    • A seismic information processing method and apparatus includes attenuating flexural wave noise information from seismic information. Flexural wave information removal includes receiving the seismic information using an information processing device interface, the seismic information having a plurality of directional components acquired using a multi-axis motion sensor coupled to ice floating on a body of water, the seismic information including desired seismic information and the flexural wave information. A noise model of the flexural wave information may be generated using at least one of the plurality of seismic information directional components using an information processing device. The noise model is improved using an adaptive correction filter, and the improved noise model is applied to at least one directional component of the received seismic information to attenuate the flexural wave information wave in the seismic information.
    • 地震信息处理方法和装置包括从地震信息中衰减弯曲波噪声信息。 弯曲波信息去除包括使用信息处理设备接口接收地震信息,所述地震信息具有使用耦合到漂浮在水体上的冰的多轴运动传感器获取的多个方向分量,所述地震信息包括期望的地震信息 和弯曲波信息。 可以使用信息处理装置使用多个地震信息方向分量中的至少一个来产生弯曲波信息的噪声模型。 使用自适应校正滤波器改进噪声模型,并将改进的噪声模型应用于接收到的地震信息的至少一个方向分量,以衰减地震信息中的弯曲波信息波。
    • 4. 发明授权
    • Flexural wave attenuation
    • 弯曲波衰减
    • US07864628B2
    • 2011-01-04
    • US12170309
    • 2008-07-09
    • Gary A. SittonTheodore C. Stieglitz
    • Gary A. SittonTheodore C. Stieglitz
    • G01V1/38
    • G01V1/28
    • A seismic information processing method and apparatus includes attenuating flexural wave noise information from seismic information. Flexural wave information removal includes receiving the seismic information using an information processing device interface, the seismic information having a plurality of directional components acquired using a multi-axis motion sensor coupled to ice floating on a body of water, the seismic information including desired seismic information and the flexural wave information. A noise model of the flexural wave information may be generated using at least one of the plurality of seismic information directional components using an information processing device. The noise model is improved using an adaptive correction filter, and the improved noise model is applied to at least one directional component of the received seismic information to attenuate the flexural wave information wave in the seismic information.
    • 地震信息处理方法和装置包括从地震信息中衰减弯曲波噪声信息。 弯曲波信息去除包括使用信息处理设备接口接收地震信息,所述地震信息具有使用耦合到漂浮在水体上的冰的多轴运动传感器获取的多个方向分量,所述地震信息包括期望的地震信息 和弯曲波信息。 可以使用信息处理装置使用多个地震信息方向分量中的至少一个来产生弯曲波信息的噪声模型。 使用自适应校正滤波器改进噪声模型,并将改进的噪声模型应用于接收到的地震信息的至少一个方向分量,以衰减地震信息中的弯曲波信息波。
    • 7. 发明授权
    • Method for seismic exploration in artic regions
    • 北极地区地震勘探方法
    • US5408441A
    • 1995-04-18
    • US109833
    • 1993-08-20
    • Frederick J. BarrGary A. SittonDavid L. Nyland
    • Frederick J. BarrGary A. SittonDavid L. Nyland
    • G01V1/36G01V1/38
    • G01V1/36G01V1/3808G01V2210/32G01V2210/322
    • A method for obtaining seismic data in frigid regions without interference from flexural ice waves. In an exemplary embodiment, seismic data is produced by using an energy source to generate a seismic wave in a floating ice sheet. Seismic disturbances caused by the energy source are detected by one or more hydrophones and geophones, which produce hydrophone and geophone response signals, respectively. In a first embodiment, the hydrophone response signal is integrated. The integrated signal and/or the geophone response signal are scaled, and the two signals are then added. Alternatively, instead of integrating the hydrophone response signal, the geophone response signal may be differentiated prior to scaling and summing. A method is also disclosed for overcoming phase errors that might be introduced, for example, by the use of a transformer-coupled hydrophone. In another embodiment of the invention, a linear adaptive filter is applied to the hydrophone and geophone response signals to obtain an output signal having attenuated noise characteristics.
    • 一种在寒冷地区获得地震数据而不受弯曲冰波干扰的方法。 在示例性实施例中,通过使用能量源在浮冰中产生地震波来产生地震数据。 由能源引起的地震干扰由一个或多个水听器和地震检波器检测,分别产生水听器和地震检波器响应信号。 在第一实施例中,集成了水听器响应信号。 对积分信号和/或地震检波器响应信号进行缩放,然后将两个信号相加。 或者,代替水听器响应信号的积分,可以在缩放和求和之前区分地震检波器响应信号。 还公开了一种用于克服例如通过使用变压器耦合的水听器可能引入的相位误差的方法。 在本发明的另一个实施例中,线性自适应滤波器被应用于水听器和地震检波器响应信号,以获得具有衰减噪声特性的输出信号。