A new scheme to divide odd - sized matrices for the winograd ' s algorithm 矩阵乘法算法用于任意阶矩阵时的一种新处理方法
The common formula of fractional linear recursive series solved by the power of second order matrix uniformly 用二阶矩阵乘方统一求分式线性递推数列的通项
Then a higher order lyapunov matrix equation can be transformed into some lower order matrix equations with unidirection coupling by using scalar lyapunov function approach 从而,利用标量lyapunov函数将高阶矩阵lyapunov方程化为若干个单向解耦的低阶矩阵方程。
Compared with the traditional methods of window functions and remez optimal algorithm , the optimum algorithm , the optimum design method in the paper need not compute inverse matrix , thus overcoming the difficulty to compute high - order inverse matrix in remez optimal design method 与传统的窗口函数法和雷米兹优化设计方法相比,其优化设计方法不需要计算矩阵的逆,因而克服了雷米兹优化设计方法求高阶矩阵逆的困难。
In chapter 4 , we research a way how to generate curve by discrete points . the way uses several low - order bezier curve to substitute one high - order bezier curve in order to avoid computing high - order negative matrix . the curve produced by this way has good smoothness 第四章对由离散点构建曲线进行了研究,绕过高阶矩阵求逆,把由k个低阶的bezier曲线拼合产生的复合曲线来代替单一的高阶bezier曲线,并保证曲线之间的光滑过渡。
阶: steps; stairs矩阵: matrix; array一阶矩矩阵: first-moment matrixk阶矩: k th moment二阶矩: second moment; secondary moment; secondarymoment零阶矩: zeroth moment三阶矩: third moment一阶矩: first moment二阶矩范数: second moment norm二阶矩量: second moment二阶矩准则: second-moment criterion附加一阶矩: additional first moment高阶矩量: high-order moment三阶矩量: third moment四阶矩量: fourth moment一阶矩量: first moments矩阵: s matrix; s-matrixt矩阵: t matrix矩阵: [数学] matrix; array一阶矩;一级动差: first momenthadamard矩阵: hadamard matrixhermite矩阵: hermitian matrixhermitian矩阵: hermitian matrixtoeplitz矩阵: toeplitz matrix“与”矩阵: and matrix