正交状态

In this paper, the Householder orthogonal transform algorithm is used to solve the problems of power system state estimation.

本文提出用豪斯霍尔德正交变换算法，求解电力系统的状态估计问题。

The orthogonality of the modal functions is employed to decouple the governing equation into a set of infinite ordinary differential equations that are independent of each other.

将梁的控制方程写作状态变量的形式，然后利用复模态的正交性可解耦为无穷多个彼此独立的常微分方程组。

At last, the Double Message Signal is proposed and the non-interfere condition is presented that the steering vectors are orthogonal in the weighted inner product space, with the inverse matrix of background covariance as the weighting matrix. The optimal polarization states are designed, according to the EM background.

最后，提出了一种双信息信号传输的方案并导出了无互扰传输的充要条件：两期望信号的信号矢量在以干扰噪声协方差矩阵的逆矩阵为加权矩阵的加权内积空间中正交，在给定的电磁环境下设计了双信息信号的极化状态。

Farther apply FactorAnalysis, principle of pick-up is latent root＞1, using Varemax and Equamax to rotatefactor. We get 10 factors, combined with medical knowledge, based above result,clinical manifestation of sub-health status can split into 7 types, such as typesociety(Factor 6), type psychology(Factor 1), type fatigue(Factor 3,Factor 4,Factor 9),type discomfort of eye and mouth(Factor 7), type abnormity of stool and urine(Factor2), type menoxenia(Factor 5) and type consticution(Factor 8 and Fator 10). Thisprovide basis for classification, prevention and cure of sub-health status.

进一步应用因子分析，以特征根大于1为公因子提取原则，应用最大方差正交旋转法进行因子旋转，共得到十个共因子，结合医学知识，根据上述结果亚健康状态的临床表现可分为社会型(公因子6)、心理型(公因子1)、疲劳型公因子3、公因子4(来源：23ABC论文网www.abclunwen.com和公因子9、眼口不适型(公因子7)、二便异常型(公因子2)、月经不调型(公因子5)以及体质型(公因子8和公因子10)等七个亚型。

In our system,thefuzzy variables and their negations are encoded by the two spatially distributedorthogonal polarization states.

系统中，模糊变量和它们的补被编码为空间正交分布的两个偏振状态。

Beyond the equilibrium point, the strategy of approximate orthogonal decomposition of state equation is put forward to analyze the higher-order part of the system.

对于平衡点外，提出对于状态方程进行非线性近似正交分解的策略，实现系统高次部分的分析。

By means of the Singular Spectrum Analysis, We transform the reconstructed space to an orthogonal coordinate and then calculate its correlation dimension.

通过对重构空间引入奇异谱分析，将状态矢量变换到一组正交的坐标系，进而计算其关联维数。

The application of the method can also be extended for the textured materials with other sample symmetries in addition to orthorhombic symmetry.

所述方法可适用于任何晶体结构对称的织构材料及三维应力状态，并可推广至正交对称外的其他试样对称的织构材料。

If there are orthogonal regions, the outermost unstable state is first tried for a reaction.

如果存在正交区域，则最外层的不稳定状态被首先尝试作出反应。

The state recognizer is used to rectify the variations of system's parameters and the system nonlinear.

系统通过状态观测器修正系统因参数变化和非线性引起的误差，并应用正交实验法进行参数整定。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。