linear system of equations造句
例句與造句
- New method in solving linear system of equations
求解線性方程組的一種新方法 - Application of 0 . 618 method in solving the linear system of equations
黃金分割法在求解線性方程組中的應(yīng)用 - The results of simulated and xperimental fringe patterns are presented to illustrate the processing of the new method . secondly , considering the phase of fringe pattern can be recovered by solution of a equence of linear systems of equations , and the corresponding matrices are quite large and parse , the optimum numerical methods are available to solve this kind of systems
結(jié)果表明，用本文的方法，能夠有效濾除掉條紋圖中的高斯型、均勻分布的隨機(jī)型噪聲，從而由單幅條紋圖獲得對應(yīng)于該條紋圖的全場相位分布，文中給出了模擬和實(shí)驗(yàn)的處理結(jié)果。 - This paper bring out design method of inverse eigenvalue problem , which adapts to general structures with linear parameters , namely coefficients of all or partial elastic component and inertial component are treated as design parameters , for given some order natural frequency and corresponding vibrating mode , all of useable designing parameters will be got through solving a linear system of equations , thereby stiffness matrix and mass matrix of actual structure are constructed . this paper also discusses existence condition and unique of results
提出了適用于具有線性參數(shù)的一般結(jié)構(gòu)的逆特征值問題的設(shè)計(jì)方法，即以系統(tǒng)的全部或部分的彈性元件與慣性元件的系數(shù)為設(shè)計(jì)參數(shù)，對于預(yù)先給定的若干階固有頻率及相應(yīng)振型，通過求解一線性方程組即可確定全部實(shí)際可行的設(shè)計(jì)變量，從而構(gòu)造出實(shí)際結(jié)構(gòu)的剛度矩陣和質(zhì)量矩陣，并論證了解的存在性與唯一性。 - The main achievements are as follows : 1 . based on the idea to blend a nuat b - spline curve with a singularly parameterized polygon according to parameter , a local interpolation method is presented for nuat b - spline curve , by which a c ~ 2 nuat b - spline interpolating curve of order 4 without solving a global linear system of equations is generated . 2
主要研究結(jié)果如下: 1 .提出了一種局部插值方法,將一條nuatb樣條曲線和一個(gè)奇異參數(shù)化多邊形按混合因子相混合,不需求解方程組就能生成一條c ~ 2連續(xù)的四階nuatb樣條混合插值曲線 - It's difficult to find linear system of equations in a sentence. 用linear system of equations造句挺難的
- For both methods , at most two reduced linear systems of equations with the same coefficient matrix need to be solved in order to get iterative directions at each iteration and the iterative matrix involves only constraints in the working set , whose cardinality are much less than the number of original constraints
在其每次迭論文摘要代中，只有有效工作集中的約束參與計(jì)算。在本文中，我們在facchinei一fischer一kanzowkkt點(diǎn)有效約束集識別技術(shù)的基礎(chǔ)上提出了三個(gè)具有強(qiáng)收斂性的qp一free算法。 - For example , at each iteration at most four reduced linear systems of equations with the same iterative coefficient matrix need to be solved to get iterative directions and the iterative matrix involves only constraints in the working set , the number of which are much less than that of the original problem
此外它還有其它一些良好性質(zhì)，例如其子問題通常只包含同系數(shù)的線性方程組，并且這些方程組在一定的假設(shè)條件下都是可解的。然而，從理論和實(shí)用的角度來看，現(xiàn)有的qp一free算法仍存在兩個(gè)主要問題有待解決。