1) polynomial division
多项式除法
2) fast polynomial division
快速多项式除法
3) division with reminder of polynomials
多项式带余除法
1.
According to the complexity of decoding circuit in digital TV and the moderate speed of decoding,a modified Euclidean algorithm is proposed based on the related deduction of division with reminder of polynomials.
针对数字电视译码电路复杂,译码速度不高的特点,基于多项式带余除法的相关推论,提出一种改进型欧几里德算法。
2.
The proposed algorithm use the related deduction of division with reminder of polynomials and the key equation is solved by column transformation of matrix.
该算法利用多项式带余除法的相关推论,通过矩阵的列变换来求解关键方程,这样可以快速地得到商式和余式,从而可以减少迭代运算的次数。
3.
According to the disadvantages of the complexity of decoding circuit in digital TV and the moderate speed of decoding,a modified Euclidean algorithm is proposed by the related deduction of division with reminder of polynomials.
针对数字电视译码电路复杂,译码速度不高的缺点,利用多项式带余除法的相关推论,提出一种改进型欧几里德算法。
4) division algorithm for polynomial
多项式辗转相除法
5) multinomial method
多项式法
1.
This paper introduces three methocls to find solutions to second-order constant coefficient inhomogenous linear differential equation,namely multinomial method,ascending order method and integration method.
求二阶常系数线性微分方程特解的方法虽然有许多种,但用多项式法、阶数上升法、积分法求二阶常系数线性微分方程的特解是比较简便的。
6) the divisibility of polynomial
多项式的整除性
补充资料：多项式乘多项式法则
Image:1173836820929048.jpg
多项式乘多项式法则
先用一个多项式的每一项乘以另一个多项式的每一项，再把所得的积相加。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。