1.The granulometer error can be corrected through calculating an integrated light energy distribution coefficient matrix.
系统误差可以通过计算积分式光能分布系数阵校。
2.In other words, The Hermiticity of a matrix is invariant under unitary transformations.
换言之，阵的厄密性在幺变换下保持不变。
3.The basis matrix B is unimodular.
基阵b是幺模的。
4.Binning also can reduce the overall matrix size, thus allowing higher frame rates.
绑定也可以减少总阵大，可以获得更高的帧率。
5.The problem for constructing wavelets from a M-band orthogonal interpolatory scaling function was considered.
摘要考虑由M-带交插值函数构造相应波函数的阵扩充问题。
6.For matrix keyb for cvavr.
阵keyb的cvavr 。
7.The traditional gray-level co-occurrence matrix (GLCM) was computationally intensive and discriminatively insufficient.
分析了传统的灰度共生阵在计算纹理特征时计算量大，分辨能力差的缺点。
8.An algorithm was constructed to solve the least squares bisymmetric solution of a class of matrix equation.
摘要构造了一种迭代法求一类阵方程的最二乘双对称解。
9.The magnitude of the determinant of the matrix M, which is a volume or area or hypervolume.
阵M的行列式值的大，为体积、面积或超体积。
10.A series of the necessary and Sufficient conditions of the diagonalizable orthogonaltransformation and orthogonal matrix is given.
获得了一种求可对角化阵的特征向量的简便方法。
11.Four examples of catadioptrics are given to help understand the concepts of matrix method and master the formulae.
中通过四个应用实例的计算,有助于掌握阵方法的基本概念和公式的运用。
12.This type of matrix requires a power divider at each input and a multiposition switch at the outputs.
这种类型的阵需要在每路输入处安装一个功率分配器，以及在输出处安装一个多触点开关。
13.This method quoted from conception of extended conterminal points, and the minimal-cut is determined by system-outage from energy-paths angle.
本方法引用了扩大结点的概念,采用关联阵分块处理方法,避免了穷举法的缺点。
14.Some properties of adjoint matrix are discussed. The properties are symmetry, antisymmetry, positive definite, positive semi-definite, orthogonal and characteristic value.
摘要讨论了伴随阵在对称、反对称、定、半定、交、相似和特徵值等方面的性质。
15.First, it is assumed that the polytope exists in the system matrix, input matrix and measure matrix of the stale space model.
首先，假定多胞型不确定参数存在于状态空间模型的系统阵、输入阵和量测阵中。
16.The algorithm constructs matrixes by using covariation or covariation coefficient and estimates bearing and range of near-field sources by rooting method.
本方法利用协变异(或协变异系数)构造阵,并通过求根的方法估计近场源的方向角和距离参数。
17.Their properties were characterized by using integral transformation and matrix theory.Two biorthogonality formulae for the multiple vector-valued multivariate wavelet packets were obtained.
运用积分变换与阵理论，刻划它们的性质，得到两个双交公式。
18.The interclass difference matrix is calculated by using the fault class feature data from simulation in order to determinate the ambiguity sets.
算法利用电路仿真故障特征数据计算故障的类间差异阵，从而完成故障类模糊集的确定。
19.One kind of inverse eigenvalue problems, whose solutions are required to be normal or diagonalizable matrices, is investigated in quaternionic quantum mechanics.
摘要本研究了四元数量子力学中一类要求其解是规或可对角化四元数阵的特征值反问题。
20.The dominance rules can be utilized to develop a relationship matrix which allows the branching algorithm to eliminate a high percentage of nonfeasible solutions.
阵校
。
。
，
可以获得更高的帧率。
分辨能力差的缺点。
