• Its aim function and the weighting parameter matrix are determined.

    确定了最优控制的目标函数和加权矩阵。

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  • In this pape, a new transform method of parameter matrix of multi input and out put network is found.

    本文利用多口网络参数矩阵,讨论了多口网络参数矩阵转换的系统方法。

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  • The method of determining incentive parameters is discussed and the general incentive parameter matrix is given out.

    同时讨论了激励参数的确定方法,给出了一般的激励参数矩阵。

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  • First, intrinsic camera parameter matrix is solved under a state. Then, extrinsic camera parameter matrix of images is solved.

    针对数码相机的某一状态,先确定其内部参数矩阵,再通过采集的图像求出外部参数矩阵。

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  • Then the design of the unknown matrices of the functional observer is converted to the design of a parameter matrix using the theory of generalized inverse.

    利用广义逆矩阵理论,将观测器的参数设计问题转化为求解一个参数矩阵的问题上来。

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  • The paper also describes the technique of forming parameter matrix and linking matrix automatically and solving the differential equations of all kinds of signals.

    使用了自动生成参数矩阵及连接矩阵的技术,并采用梯形法求解微分方程,可对一般性的输入信号进行迅速、准确的仿真输出。

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  • In this paper we define a class of biased linear estimators for the parameter matrix in the multivariate linear model with deficient rank and discuss some important properties.

    本文对降秩多元线性模型的参数阵提出了一类有偏线性估计,讨论了许多重要的性质,从而把降秩模型中参数阵的估计问题转化为满秩模型中参数阵的估计问题。

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  • The characteristic parameter and similarity classification is a new method for correcting the matrix effect.

    特征参数和相似分类方法是一种新的基体效应校正方法。 。

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  • In the matrix, each row specifies a test case and each column is a parameter setting.

    在矩阵中,每一行确定了一个测试用例,而每一列则代表一个参数。

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  • The variance-covariance matrix still include parameter of variance in this condition, so our purpose is to look for feasible estimations.

    因为这时模型协方差阵结构仍含有方差参数,因此我们的目标是寻求可行估计。

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  • In solving the regression equations, collinearity in the design matrix can result in inaccurate parameter estimates.

    在解回归方程时,设计矩阵中的共线性可能产生不精确的参数估计。

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  • A sufficient condition is obtained using finite dimension linear matrix inequalities (LMI) describing by linear (parameter-variety) control.

    最后通过线性参变控制,获得了用有限维数线性矩阵不等式描述的充分条件。

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  • By use of the above method, the approximation of basic elements of transfer matrix for the distributed parameter model are obtained through a general computer program.

    使用上述方法,我们可以通过通用的计算机程序得到分布参数模型传递矩阵中基本元素的近似。

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  • Through the adjacency matrix, computing networks, clustering coefficient. Clustering coefficient is a complex network, an important parameter.

    通过邻接矩阵,计算网络的聚类系数。聚类系数是复杂网络中一个重要参量。

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  • Using the matrix theory, we derived the modal matrices of some parameter matrices in transformation, and discussed the transformation with principle of power invariance also.

    用矩阵理论求出几种形式的参数矩阵变换时的模态矩阵,并讨论了功率不变原则下的变换。

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  • Based on the consistent transformation formula, the logic relation of elements of fuzzy consistent complementary judgment matrix containing parameter with priority is pointed out.

    基于一致性转换公式,揭示一种含参数的模糊互补判断矩阵的元素与优先权重新的逻辑关系。

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  • The interpolation precision was improved by introducing error compensation and solving the matrix equation after interpolated points' parameter had been computed roughly.

    该算法是在粗确定插补点参数后,引入误差补偿值,通过求解矩阵方程提高插补点的计算精度。

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  • When the uncertain parameter is satisfied the generalized matching condition, the result is delay dependent and given in terms of linear matrix inequalities.

    所得结果与时滞相关,且对于不确定性参数满足广义匹配条件情形,相应结果以线性矩阵不等式的形式给出。

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  • Compared with the existing ones, the new criteria relax the limitation on coefficient matrix and give larger stable parameter domains.

    与已有结果比较,新判据减弱了对系数矩阵的限制,扩大了稳定参数域。

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  • New method of parameter estimation for time varying non linear distributed systems is proposed in term of orthogonality of orthogonal polynomial and differential operation matrix.

    利用正交多项式序列的正交性及微分算子矩阵,论述了时变非线性分布参数系统参数估计的正交多项式法。

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  • We select the special relaxation parameter and put the projection matrix into many blocks according to the projection angles in the reconstruction procedure.

    在重建过程中采取对投影矩阵按投影角度分块的方法,选取特定的松弛参数。

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  • If the coefficient matrix of the normal equation is ill-conditioned, the statistical character of adjustment parameter will become poor.

    当法方程的系数矩阵呈病态时,平差参数的统计性质就要变坏。

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  • The transfer matrix and recurrence formula of broad-sense original parameter are derived. An example is calculated and also discussed.

    推导了广义初参数递推公式与其传递矩阵.示例计算并加以讨论。

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  • The matrix includes 39 pieces of engineering parameters and 40 pieces of inventive principles, and the 34th parameter is maintenance.

    矩阵包括39个工程参数和40条原理,其中第34号参数为维修性。

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  • By utilizing some right coprime fractions, the second solution is given in an explicit form with respect to the free parameter vectors and the eigenvalues of the matrix J.

    第二种通过右互质既约分解,给出了通解关于一组自由参量和矩阵j的特征值的显式表达式。

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  • Only one parameter in the algorithm needs identifying on line and the inverse matrix needs not to be computed, which reduces amounts of computation greatly.

    该算法只需在线辨识一个参数,不必求逆矩阵,极大地减少了计算量。

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  • Then, the WBS structure of aviation project is researched. The parameter calculating, the method of resource estimating, and responsibility assign matrix of the work package is provided.

    研究了航空型号项目的WBS结构,工作包的参数计算、资源估算和工作责任矩阵;

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  • Stated in matrix form, the module shuns the complex direct differential of mechanical output expression, and resolves the relativity of mechanical output parameter error successfully.

    整个模型以矩阵形式表达,避开了对机构输出表达式直接微分时复杂的数学运算,成功地解决了机构输出参数误差的相关性问题。

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  • Stated in matrix form, the module shuns the complex direct differential of mechanical output expression, and resolves the relativity of mechanical output parameter error successfully.

    整个模型以矩阵形式表达,避开了对机构输出表达式直接微分时复杂的数学运算,成功地解决了机构输出参数误差的相关性问题。

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