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    • 25. 发明申请
    • ELECTRONIC DEVICE AND METHOD FOR COMPUTING OPTIMAL PARAMETERSOF AN EQUALIZATION FILTER
    • 用于计算最优参数的均衡滤波器的电子设备和方法
    • US20110265079A1
    • 2011-10-27
    • US13037112
    • 2011-02-28
    • CHENG-HSIEN LEESHOU-KUO HSU
    • CHENG-HSIEN LEESHOU-KUO HSU
    • G06F17/50G06F9/445
    • H04L25/03
    • In an electronic device and a method for computing optimal parameters of an equalization filter, an output file, which comprises times and voltages of data points that represent a signal, of electronic circuit simulation software is loaded, and is read using the installed post-processing software. A time interval of outputs of the signal is obtained by selecting an output type of the signal. A parameter file which includes several sets of equalization parameters of the equalization filter is received, to select optimal equalization parameters for the equalization filter from the several sets of equalization parameters according to the times, the voltages, and the time interval, using a parameter formula y(n)=a*x(n)−b*x(n−1)−c*x(n−2).
    • 在电子装置和用于计算均衡滤波器的最佳参数的方法中,加载包括电子电路仿真软件的表示信号的数据点的时间和电压的输出文件,并且使用安装的后处理 软件。 通过选择信号的输出类型来获得信号的输出的时间间隔。 接收包括均衡滤波器的几组均衡参数的参数文件,根据时间,电压和时间间隔,使用参数公式从均衡参数的几组中选择均衡滤波器的最优均衡参数 y(n)= a * x(n)-b * x(n-1)-c * x(n-2)。
    • 29. 发明申请
    • COMPUTING DEVICE AND DESIGN METHOD FOR NONLINEAR OBJECT
    • 非线性对象的计算设备和设计方法
    • US20120245900A1
    • 2012-09-27
    • US13335958
    • 2011-12-23
    • CHENG-HSIEN LEEHSIAO-YUN SUSHOU-KUO HSU
    • CHENG-HSIEN LEEHSIAO-YUN SUSHOU-KUO HSU
    • G06F17/50
    • G06F17/5036G06F17/5077
    • A design method generates a plurality of groups of experimental conditions, each of the groups of experimental conditions includes performance variables for an electronic product with nonlinear performance. The method simulates values to the groups of experimental conditions, computes an average value, and divides the groups of experimental conditions into a first part and a second part. The values in the first part is greater than the average value and the values in the second part is less than the average value. The method computes nonlinear boundary values of a refining mechanism based on the values, and determines a threshold value of the refiner. After refining the groups of experimental conditions, the method calculates the deviation of each value from the threshold value, and determines the groups of experimental conditions with the greatest deviations as optimal groups of experimental conditions.
    • 设计方法产生多组实验条件,实验条件组中的每一组包括具有非线性性能的电子产品的性能变量。 该方法模拟实验条件组的值,计算平均值,并将实验条件组划分为第一部分和第二部分。 第一部分中的值大于平均值,第二部分中的值小于平均值。 该方法基于该值计算精炼机构的非线性边界值,并确定精磨机的阈值。 在完成实验条件组之后,该方法计算每个值与阈值的偏差,并将具有最大偏差的实验条件组确定为最佳实验条件组。