 全文文献 工具书 数字 学术定义 翻译助手 学术趋势 更多   case误差 的翻译结果: 查询用时：0.537秒 在分类学科中查询 所有学科 更多类别查询 历史查询  case误差  case error
 A Polynomial Interpolation Algorithm and the Worst Case Error in H ∞ System Identification H∞辨识的多项式插值算法及Worst－Case误差 短句来源 “case误差”译为未确定词的双语例句
 The Algebra Algorithm and the Worst-case Error in l_1 System Identification l_1系统辨识中的代数算法及其Worst－case误差 短句来源 Second, the worst-case identification error associated with the algorithm is evaluated and the convergence of the algorithm is proved. 然后估计其Worst－case误差，并证明了该算法的收敛性； 短句来源 A criterion for detecting if it is consistent between the a priori suppositions and a posterior data is proposed using linear programming. A polynomial interpolation algorithm based on linear optimization theory is suggested, which requires short computing time and the model developed is simple. The worst case identification error associated with the algorithm is evaluated and the convergence of the algorithm is proved. 就单输入、单输出、离散、时不变因果系统讨论了面向鲁棒控制的H∞系统辨识问题．首先提出了用线性规划检验先验假设和后验数据是否相容的判据，然后给出了基于线性规划的多项式插值算法，该算法计算量少、所得模型简单，最后估计了该算法的Worst－Case误差，并证明了该算法的收敛性 短句来源 Second,the characters of the algorithm is analysed. Finally,the worst-case identification error associated with the algorithm is evaluated and which shows thealgorithm's convergence. Since the algorithm can obtain a simple model by less computation and the worstcase error is small,it is of practical value. 本文讨论了单输入、单输出、离散、时不变因果系统的面向控制的H_辨识问题，在该问题中，中心估计是最优的，插值估计是次优的，但一般都难以求取，本文提出了非插值类的代数算法，该算法计算量小，所得模型简单且估计出的Worst－Case误差较小，该算法是收敛的，因而具有较好的实用价值． 短句来源 In addition, for some input, the necessary and sufficient condition on the existence of a robustly convergent identification algorithm is given. 估计了该算法的Worst－Case误差：给出了存在鲁棒收敛的辨识算法的充要条件； 短句来源 相似匹配句对
 d. errors. d误差。 短句来源 ERROR AND DATA PROCESSING 误差和数据处理 短句来源 Feeding L.casei. 乳杆菌L. case. 短句来源 A Polynomial Interpolation Algorithm and the Worst Case Error in H ∞ System Identification H∞辨识的多项式插值算法及Worst－Case误差 短句来源 Second, the worst-case identification error associated with the algorithm is evaluated and the convergence of the algorithm is proved. 然后估计其Worst－case误差，并证明了该算法的收敛性； 短句来源 查询“case误差”译词为用户自定义的双语例句

我想查看译文中含有：的双语例句  case error
 Worst-case error bounds are obtained for those models. In a repeated two-person zero-sum game with incomplete information on one side, the values vn of the n-stage games converge to the value v∞ of the infinite game with worst case error ～(ln?n/n)1/3. The average error of suitable quadrature formulas and the stochastic error of Monte Carlo methods are both much smaller than the worst case error in many cases. For this QMC algorithm we show that the root mean square worst-case error converges with order $$2^{m(-2+\varepsilon)}$$ for any ? >amp;gt; 0, where 2m is the number of points. The shortest processing time (SPT) sequence is then shown to have a worst case error bound of 2/7. 更多 The robust control oriented H ∞ system identification problem is studied. The system to be identified is assumed to be a single input, single output, discretized or time invariant causal one. A criterion for detecting if it is consistent between the a priori suppositions and a posterior data is proposed using linear programming. A polynomial interpolation algorithm based on linear optimization theory is suggested, which requires short computing time and the model developed is simple. The worst case... The robust control oriented H ∞ system identification problem is studied. The system to be identified is assumed to be a single input, single output, discretized or time invariant causal one. A criterion for detecting if it is consistent between the a priori suppositions and a posterior data is proposed using linear programming. A polynomial interpolation algorithm based on linear optimization theory is suggested, which requires short computing time and the model developed is simple. The worst case identification error associated with the algorithm is evaluated and the convergence of the algorithm is proved. 就单输入、单输出、离散、时不变因果系统讨论了面向鲁棒控制的Ｈ∞系统辨识问题．首先提出了用线性规划检验先验假设和后验数据是否相容的判据，然后给出了基于线性规划的多项式插值算法，该算法计算量少、所得模型简单，最后估计了该算法的Ｗｏｒｓｔ－Ｃａｓｅ误差，并证明了该算法的收敛性 In this paper the robust control oriented H∞ system identification problem is studied. Thesystem is supposed to belong to the class causal,linear,shift-invariant systems. First, an algebraic algorithm based on algebraic approach is presented. Second,the characters of the algorithm is analysed. Finally,the worst-case identification error associated with the algorithm is evaluated and which shows thealgorithm's convergence. Since the algorithm can obtain a simple model by less computation and the worstcase error... In this paper the robust control oriented H∞ system identification problem is studied. Thesystem is supposed to belong to the class causal,linear,shift-invariant systems. First, an algebraic algorithm based on algebraic approach is presented. Second,the characters of the algorithm is analysed. Finally,the worst-case identification error associated with the algorithm is evaluated and which shows thealgorithm's convergence. Since the algorithm can obtain a simple model by less computation and the worstcase error is small,it is of practical value. 本文讨论了单输入、单输出、离散、时不变因果系统的面向控制的Ｈ_辨识问题，在该问题中，中心估计是最优的，插值估计是次优的，但一般都难以求取，本文提出了非插值类的代数算法，该算法计算量小，所得模型简单且估计出的Ｗｏｒｓｔ－Ｃａｓｅ误差较小，该算法是收敛的，因而具有较好的实用价值． In this paper, the l1 system identification of linear, shiftinvariant causal system is studied. First, a algorithm based on algebra approach is presented and its characters are analysed. Second, the worst-case identification error associated with the algorithm is evaluated and the convergence of the algorithm is proved.Finally, the form of the algorithm in several special case is discussed. The results are robust control oriented. 讨论单输入单输出、离散时不变因果系统的ｌ１系统辨识问题。首先提出基于代数方法的代数算法，并分析了该算法的特点；然后估计其Ｗｏｒｓｔ－ｃａｓｅ误差，并证明了该算法的收敛性；最后讨论了在某些特殊情况下该算法的相应形式。所给结果是面向鲁棒控制的。 << 更多相关文摘 相关查询

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