recurrence relation造句
例句与造句
- This demonstrates the double-index recurrence relation .
这给出一个二重下标的递推关系。 - Research on the solution of a class of non - linear recurrence relation
对一类非线性递推关系解的研究 - Solution to sequence of numbers determined by linear nonhomogeneous recurrence relations
线性非齐次递归式的求解 - In this chapter , we establish convergence theorem by using the recurrence relations
在这一章中，我们是用递归法给出了迭代法的收敛理论。 - 3 kogge p , stone h . a parallel algorithm for the efficient solution of a general class of recurrence relations
这三部分中，进位传播模块是决定整个加法器性能的关键部分。 - It's difficult to find recurrence relation in a sentence. 用recurrence relation造句挺难的
- Under the same lipschitz condition as for newton ' s method , we give a result on the existence of a unique solution for the nonlinear equation by using a technique based on a new system of recurrence relations
在与kantorovich条件相同的lipschitz条件下，我们通过基于新的递归关系的技巧给出非线性方程解的存在唯一性定理。下面介绍本文的主要内容。 - In chapter 2 , we discuss lipschitz condition which is satisfied by the second frechet - derivative of operator through the use of recurrence relations , so as to make it meaningful in general and get the convergence theorem
第二章，通过运用递归技巧，对算子的二阶fr chet导数满足的lipschitz条件进行讨论，以使其在一般情况下有意义，并得到newton法的收敛性定理。 - In section two , the algorithms of vector - valued rational interpolants are stated generally . then a new algorithm of brivate vector - valued rational interpolants by means of complexification of the knots and backward three - term recurrence relations is given
然后利用插值型值点复数化的方法及向量值连分式的向后三项递推关系式讨论并给出了二元向量值有理插值的一种新算法。 - In the third chapter , we derive a new family of deformed halley methods without the evaluation of the second frechet - derivative to approximate the roots of nondifferentiable equations in banach space . we also provided a existence - uniqueness theorem and a new system of recurrence relations
在第三章中，构造了一族避免二阶fre chet导数的修正halley迭代，用其去逼近banach空间中非线性算子方程的解，同时给出了存在唯一性定理和一种新型的递归关系。 - A new similarity method in fem is presented for researching of the problems about the nonuniform and irregular region , such as micromachined microwave coplanar waveguide . by using this method , we calculate the characteristic impedances of mems waveguide and analyse the change with its different dimensions . with the use of a recurrence relation , this new method not only use much less computer ' s memory than the conventional fem , but also simplify the post - process
对低阻硅衬底上实现v型槽mems共平面波导进行了详细深入的研究，提出并采用混合相似剖分有限元方法对不规则结构传输线的特性阻抗进行数值分析，在验证了方法的正确性基础上，进行了大量计算，并总结了常用50 、 120等阻抗传输线的结构参数。 - For the first time we investigate detailedly on the theory of the conductor - centered arbitrarily - shaped helical groove structure . we divide the arbitrarily - shaped helical groove into many consecutive small rectangle area to approximate the original groove . the recurrence relation of the admittance is obtained
首次对具有中心导体轴的任意槽形螺旋槽结构的普遍理论进行了研究，通过以多层矩形阶梯来近似代替任意形状槽的边界的方法，同时对导纳的递推关系进行了详细的推导。 - After this work , the paper discusses the property of uniform curve . when the multiplies of end knots equal the order of the basis , the inner knots are also the simple knots , the rational b - splines are translated to the rational b zier - like basis . studies show that these basis have the similar properties with the b zier basis , and satisfied the new recurrence relation
其次,在低阶情况,研究了形状参数对曲线的影响,并且讨论了均匀情况下曲线独有的特性,当k阶有理b样条端节点重复度达到k时,而内节点重复度为零时,这种有理b样条转化为一种有理b zier基函数,它们的很多性质和b zier基有惊人的相同点,满足新的递推关系 - At the same time , the first - order and the second order recurrence relations of transfer matrix and the vectors of every section are derived . based on the boundary conditions , the frequency equations of the zero - order , the first - order and the second - order perturbation of the bridges with random parameters are given as follows : the frequency equations are solved by numerical value method . and the results of eigenvalues of the zero - order , the first - order and the second - order perturbation are subsequently produced
再利用矩阵的奇异值分解理论，对末端截面的传递矩阵进行奇异值分解，推导出求解末端截面状态向量的零阶、一阶、二阶的计算公式：根据末端截面状态向量的计算结果，由截面状态向量递推关系式可以解出各截面状态向量数值，由此得到特征向量的零阶、一阶、二阶摄动结果。