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    • 1. 发明申请
    • Method for creating a non-linear, stationary or dynamic model of a control variable of a machine
    • 用于创建机器的控制变量的非线性,静止或动态模型的方法
    • US20060052991A1
    • 2006-03-09
    • US11168989
    • 2005-06-29
    • Horst PfluglStefan JakubekKurt Gschweitl
    • Horst PfluglStefan JakubekKurt Gschweitl
    • G06G7/48
    • G05B13/027G05B13/048G05B17/02
    • A method for creating a non-linear, stationary or dynamic overall model of a control variable of a combustion engine or partial systems thereof, is based on simplified partial model functions that are used to determine in a weighted fashion at each desired operating point the total output quantities from the partial model function with an associated weighting function. The difference between the total output quantity and the real value is determined for all real operating points; and in areas of operating points with an absolute value of this difference that is above the preset value, a further model function with a further associated weighting function is used for which the absolute value of the difference stays below the preset value. To use such a method in order to arrive faster, i.e. with fewer iterations, at the optimal overall model that satisfies a statistically substantiated high level of prediction quality and to create an overall model made up of as few partial models as possible, the steps for determining the difference between the total output quantity of the associated partial model functions and a real value of the control value as well as the application of a further model and weighting function are executed as many times as needed until the statistically evaluated prediction quality of the overall model has reached a desired value.
    • 用于创建内燃机或其部分系统的控制变量的非线性,静态或动态整体模型的方法基于简化的部分模型函数,其被用于以加权方式在每个期望的操作点确定总计 来自部分模型函数的输出量与相关联的加权函数。 确定所有实际操作点的总产出和实际值的差异; 并且在具有高于预设值的该差异的绝对值的操作点的区域中,使用具有进一步相关联的加权函数的另外的模型函数,该差异的绝对值保持在预设值以下。 为了使得这种方法能够更快地到达,即在最优的整体模型下,在满足统计上可以预测的高水平的预测质量并且创建尽可能少的部分模型的整体模型的情况下,迭代次数较少, 确定相关的部分模型函数的总输出量与控制值的实际值之间的差异以及另外的模型和加权函数的应用被执行多次,直到统计学评估的整体的预测质量 模型已达到理想值。
    • 2. 发明申请
    • Method for measuring a nonlinear dynamic real system
    • 非线性动态实际系统测量方法
    • US20090204376A1
    • 2009-08-13
    • US12320790
    • 2009-02-04
    • Nikolaus KeuthThomas EbnerHorst Pflugl
    • Nikolaus KeuthThomas EbnerHorst Pflugl
    • G06G7/48
    • G05B17/02G05B19/401
    • In connection with generating a global model of output variables of a nonlinear dynamic real system, for example, of an internal combustion engine, a drive train, or a subsystem thereof that covers the entire space of all operating points of the system, a measurement of the system is performed for a subset of variation points that are defined by a set of parameters of the system.In order to provide rapid and precise generation of the experimental designs, and the global optimization thereof, while taking into account the test constraints and additional criteria, at least two subsets selected as a function of each other are determined in succession, a common experimental design is generated taking into account the variation points of all subsets, and the system is measured based on this experimental design.
    • 关于生成覆盖系统的所有操作点的整个空间的内燃机,传动系或其子系统的非线性动态实际系统的输出变量的全局模型,测量 对于由系统的一组参数定义的变化点的子集执行系统。 为了提供实验设计的快速和精确的生成及其全局优化,在考虑到测试约束和附加标准的情况下,依次确定作为彼此的函数选择的至少两个子集,一个常见的实验设计 是考虑到所有子集的变化点产生的,并且基于该实验设计来测量系统。