A fast algorithm was proposed to reduce the computational complexity of polynomial rooting based music-like method under small frequency offset conditions.
针对利用多项式求根实现类music算法时计算量过高的缺点,提出一种适用于小频偏情况下的快速算法。
Numerical Methods for Finding of the Roots of Polynomials
多项式求根的数值方法
The Study on a Solution of Polynomial Equation with the Same Root
关于多项式方程重根一种求法的探讨
An Algorithm for Isolating Real Roots of Rational Polynomial Systems and an Algorithm for Calculating Liapunov Values of Polynomial Li?nard Systems;
有理多项式组的实根分离算法和多项式Liénard 系统的焦点量求解算法
An Accelerated Parallel Iteration Method with Parameters for Solving All Roots of a Polynomial Equation
一种求多项式方程根的参数并行加速迭代法
Solving the Roots of Polynomials Based on the Particle Swarm Optimization
基于粒子群优化算法求解多项式全部根
Methods of exploring the real number roots of a real coefficient polynomial function are procedurally given.
较程序化地给出了实系数多项式函数实数根的求法。
Sum of Products of Bernoulli Polynomials and Gegenbauer Polynomials
关于贝努利多项式和盖根堡多项式乘积的和
The Sum of the Products of A Category Including Laguerre Multinomial-Gegenbauer Multinomial;
一类包含拉盖尔多项式-盖根堡多项式的积的和
Sum of Products of Chebyshev-Gegenbauer L Lengendre Polynomials;
一类包含契贝谢夫多项式—盖根堡多项式—勒让德多项式的积的和
Several Solutions to the Greatest Common Divisor of Polynomial of One Indeterminate;
一元多项式的最大公因式的几种求法
Calculating Formulas of the Summation Involving the Laguerre Polynomials;
一类包含Laguerre多项式求和的计算公式
In this paper, a genetic algorithm for finding all roots of a complex polynomial is presented, researches are made in some thchnical problems for realizing algorithm.
本文给出了一种求复系数多项式全部根的遗传算法，探讨了算法实现的一些技术问题。
The number a is called a double root of the polynomial function f.
数a称为多项式丞数f的二重根。
One Necessary and Sufficient Conditions of Two Polynomial Having Common Roots;
两个多项式有公共根的一个充要条件
Make the electronic system design for portable measuring instruments based on specifications established in a project duty book.
根据项目任务书要求，进行便携式测量仪器研发。
In this paper, using recurssion formaula of the adjoint polynomial, we shall obtain adjoint polynomials of two graphs.
本文运用伴随多项式的递归公式，求出了两类图的伴随多项式。
Sum of products of the First Species of Chebyshev--Gegenbauer L Polynomials;
一类包含第一类契贝谢夫多项式——盖根堡多项式的积的和
The Application of Generalized Othogonal Polynomials (GOP) to the Solution of Convolution Integrals
广义正交多项式在卷积求解中的应用
