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    • 5. 发明申请
    • EVALUATING APPARATUS, A RECORDING MEDIUM STORING AN EVALUATING PROGRAM, AND METHOD FOR DESIGNING SIGNAL TRANSMISSION SYSTEM
    • 评估装置,记录媒体记录评估程序,以及设计信号传输系统的方法
    • US20100057389A1
    • 2010-03-04
    • US12549826
    • 2009-08-28
    • Daita TsubamotoMasaki TosakaTakashi Fukuda
    • Daita TsubamotoMasaki TosakaTakashi Fukuda
    • G06F19/00G01R29/26
    • H04B3/487
    • A signal transmission evaluating apparatus acquires cross talk ratio and type categorized by a relationship between the first transmission path and the second transmission path for each of the pins of the second transmission path. The apparatus computes an occupation ratio of the crosstalk for each of the types with respect to all of the crosstalk supplied to the first transmission path in the connector, and computes a noise source output in the second transmission path on the basis of the occupation ratio for each of the types of crosstalk. And the apparatus computes first transmission path loss and second transmission path loss on the basis of the occupation ratio for each of the types of crosstalk, and computes an amount of received noise of the first transmission path on the basis of the noise source output and the first transmission path loss and the second transmission path loss.
    • 信号传输评估装置通过第二传输路径的每个引脚的第一传输路径和第二传输路径之间的关系来获取串扰比和类型。 该装置相对于提供给连接器中的第一传输路径的所有串扰来计算每种类型的串扰的占有率,并且基于占用率来计算第二传输路径中的噪声源输出 每种类型的串扰。 并且该装置基于每种类型的串扰的占用率来计算第一传输路径损耗和第二传输路径损耗,并且基于噪声源输出来计算第一传输路径的接收噪声量,并且 第一传输路径损耗和第二传输路径损耗。
    • 6. 发明授权
    • Apparatus and method for eye margin calculating, and computer-readable recording medium recording program therefof
    • 记录介质记录程序的装置和方法
    • US08243995B2
    • 2012-08-14
    • US12591843
    • 2009-12-02
    • Daita TsubamotoMasaki TosakaShogo Fujimori
    • Daita TsubamotoMasaki TosakaShogo Fujimori
    • G06K9/00
    • G01R31/31711G01R31/31708
    • A center location of an eye pattern generated by superimposing waveform signal pieces cut out from a waveform signal generated by a simulator is calculated, and an arrangement of a mask as a quality evaluation criterion of the eye pattern on the center location is envisaged to calculate time coordinate values and voltage coordinate values of feature points included in the mask. First feature points not on a time axis is set as processing objects, and a margin in the voltage axis direction is calculated based on the voltage coordinate values of the first feature points and the voltage coordinate values of waveform signal piece parts associated with the first feature points. Second feature points on the time axis is set as processing objects, and a margin in the time axis direction is calculated based on the time coordinate values of the second feature points and the time coordinate values of waveform signal piece parts associated with the second feature points.
    • 计算通过叠加由模拟器产生的波形信号切出的波形信号片而生成的眼图的中心位置,并且设想将作为眼图的质量评估准则​​的掩模作为中心位置的布置来计算时间 掩模中包含的特征点的坐标值和电压坐标值。 将不在时间轴上的第一特征点设置为处理对象,并且基于第一特征点的电压坐标值和与第一特征相关联的波形信号片部分的电压坐标值计算电压轴方向上的余量 积分 将时间轴上的第二特征点设置为处理对象,并且基于第二特征点的时间坐标值和与第二特征点相关联的波形信号片段的时间坐标值来计算时间轴方向上的余量 。
    • 7. 发明申请
    • Apparatus and method for eye margin calculating, and computer-readable recording medium recording program therefof
    • 记录介质记录程序的装置和方法
    • US20100080421A1
    • 2010-04-01
    • US12591843
    • 2009-12-02
    • Daita TsubamotoMasaki TosakaShogo Fujimori
    • Daita TsubamotoMasaki TosakaShogo Fujimori
    • G06K9/00
    • G01R31/31711G01R31/31708
    • A center location of an eye pattern generated by superimposing waveform signal pieces cut out from a waveform signal generated by a simulator is calculated, and an arrangement of a mask as a quality evaluation criterion of the eye pattern on the center location is envisaged to calculate time coordinate values and voltage coordinate values of feature points included in the mask. First feature points not on a time axis is set as processing objects, and a margin in the voltage axis direction is calculated based on the voltage coordinate values of the first feature points and the voltage coordinate values of waveform signal piece parts associated with the first feature points. Second feature points on the time axis is set as processing objects, and a margin in the time axis direction is calculated based on the time coordinate values of the second feature points and the time coordinate values of waveform signal piece parts associated with the second feature points.
    • 计算通过叠加由模拟器产生的波形信号切出的波形信号片而生成的眼图的中心位置,并且设想将作为眼图的质量评估准则​​的掩模作为中心位置的布置来计算时间 掩模中包含的特征点的坐标值和电压坐标值。 将不在时间轴上的第一特征点设置为处理对象,并且基于第一特征点的电压坐标值和与第一特征相关联的波形信号片部分的电压坐标值计算电压轴方向上的余量 积分 将时间轴上的第二特征点设置为处理对象,并且基于第二特征点的时间坐标值和与第二特征点相关联的波形信号片段的时间坐标值来计算时间轴方向上的余量 。
    • 8. 发明申请
    • ELECTRONIC COMPONENT AND REFLECTED-WAVE CANCELLING METHOD
    • 电子元件和反射波取消方法
    • US20130049848A1
    • 2013-02-28
    • US13535990
    • 2012-06-28
    • Takeshi UEMURAMasaki TosakaHitoshi Yokemura
    • Takeshi UEMURAMasaki TosakaHitoshi Yokemura
    • H04B1/10
    • H04L25/028
    • An electronic component includes a driver that outputs a signal to a reception apparatus; a storage device storing therein reflection information related to a reflected wave that returns to the driver when the signal is reflected back by the reception apparatus; a reflected wave detector that based on the reflection information, determines a measurement period for measuring the reflected wave and that based on the measurement period, measures an arrival time and a peak amplitude of the reflected wave; and a controller that based on the arrival time and the peak amplitude, extracts reflected-wave cancelling information for inhibiting effects of the reflected wave from the reception apparatus and that sets the extracted reflected-wave cancelling information in the driver.
    • 电子部件包括向接收装置输出信号的驱动器; 存储装置,其中存储与所述接收装置反射的所述信号相关的与反射波有关的反射信息,所述反射波返回所述驾驶员; 基于反射信息的反射波检测器确定用于测量反射波的测量周期,并且基于测量周期,测量反射波的到达时间和峰值振幅; 并且基于到达时间和峰值振幅的控制器提取用于抑制来自接收装置的反射波的效果的反射波消除信息,并且将所提取的反射波消除信息设置在驾驶员中。
    • 9. 发明授权
    • Electronic component and reflected-wave cancelling method
    • 电子元件和反射波消除方法
    • US08710918B2
    • 2014-04-29
    • US13535990
    • 2012-06-28
    • Takeshi UemuraMasaki TosakaHitoshi Yokemura
    • Takeshi UemuraMasaki TosakaHitoshi Yokemura
    • H04B1/10
    • H04L25/028
    • An electronic component includes a driver that outputs a signal to a reception apparatus; a storage device storing therein reflection information related to a reflected wave that returns to the driver when the signal is reflected back by the reception apparatus; a reflected wave detector that based on the reflection information, determines a measurement period for measuring the reflected wave and that based on the measurement period, measures an arrival time and a peak amplitude of the reflected wave; and a controller that based on the arrival time and the peak amplitude, extracts reflected-wave cancelling information for inhibiting effects of the reflected wave from the reception apparatus and that sets the extracted reflected-wave cancelling information in the driver.
    • 电子部件包括向接收装置输出信号的驱动器; 存储装置,其中存储与所述接收装置反射的所述信号相关的与反射波有关的反射信息,所述反射波返回所述驾驶员; 基于反射信息的反射波检测器确定用于测量反射波的测量周期,并且基于测量周期,测量反射波的到达时间和峰值振幅; 并且基于到达时间和峰值振幅的控制器提取用于抑制来自接收装置的反射波的效果的反射波消除信息,并且将所提取的反射波消除信息设置在驾驶员中。