比例、积分和微分动作 PID action
积分和微分动作 PID action
积分和微分 integral and differential
年级微积分和向量 Calculus and Vectors
电子数值积分和计算机 Elextronic Numerical Integrator And Computer
矢量积分和随机积分 Vector integration and stochastic integration
电子数字积分和计算器 Electronic Numerical Intergrator And Caculator
傅里叶积分和变换 Fourier integral and transform
随机微积分和最优控制 Stochastic Calculus & Optimal Control
The second result provides precise estimations for quadrature sum of exponen-tial weights, which are the basis of the research of orthogonal polynomials associatedwith exponential weights and the convergence for interpolation on its zeros. It is oftheoretical significance.
第二个结果是对指数权的各种积分和给出了精确估计,这是指数权的正交多项式及基于其零点的插值的收敛性的研究的基础,因而有理论的意义。
参考来源 - 关于指数权的积分和估计及Lagrange插值的加权平均收敛性·2,447,543篇论文数据,部分数据来源于NoteExpress
我们已经学过,二重积分和线积分。
We've learned about double integrals, and we've learned about line integrals.
要完全了解本课程,应必备微积分和微分方程的知识。
Calculus and Differential Equations are highly recommended for full understanding of the course.
我们换一个话题,开始今天的内容,线积分和3维空间中的“功”
Let me just switch gears completely and switch to today's topic, which is line integrals and work in 3D.
In other words, your job is to guess a function whose second derivative is a, and this is called integration, which is the opposite of differentiation, and integration is just guessing.
换言之,你的任务是要猜出一个二阶导数为a的函数,这就是积分,和微分恰恰相反,积分就是猜
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