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polynomial
- 对已知的多项式p(x)利用用线性表的数据结构进行加法，乘法，微商运算 加法的时间复杂度为O(n+m) 乘法的时间复杂度为O(nm) 微分的时间复杂度为O(n) 排序的平均时间复杂度为O(nlogn) 程序优点：通过顺序表和链表结合使用，使乘法合并同类项的时间复杂度降为O(1)，乘法本身的时间复杂度也达到下界。 程序提供了有好的界面，并且有较好的容错性，输入输出人性化，符合人的习惯。 用快速排序代替了插入排序，使本程序能应对较大的数据。 程序缺点：系数和指数有范围限
Current_model_flux_observer
- Paper about a new close loop current model flux observer to estimate the rotor flux, position and velocity of an induction machine. The current observer includes carefully designed sliding mode functions which are derivative of the fluxes along the a
Broyden
- 拟牛顿迭代法是相对比较新的一种方法，克服了牛顿迭代需要求导数和求逆的缺点.-Newton iterative method is a relatively new method of Newton shall be required to overcome the derivative and inverse shortcomings.
chazhi
- 用c++语言实现三弯矩的插值函数，有三种边界条件，:1：已知两端的一阶导数； 2:两端的二阶导数已知； 默认：自然边界条件。-C++ language with the three moments of interpolation function, there are three boundary conditions: 1: Known both ends of the first derivative 2: the second derivative is known at both e
NumericalAnalysis
- 数值分析的m文件，包括一阶 二阶导数的三点 五点公式，中点公式等-Numerical Analysis of m documents, including a second order derivative of the 3 5 point formula, midpoint formula, etc.
as
- To improve the boiler drum level control system of a power plant, the three challenging issues encountered include (1) effect of ‘‘false water level’’, (2) controller parameter mismatches due to variant working conditions and (3) signal noise cau
PID
- PID（比例-积分-微分）控制器作为最早实用化的控制器已有50多年历史，现在仍然是应用最广泛的工业控制器。PID控制器简单易懂，使用中不需精确的系统模型等先决条件，因而成为应用最为广泛的控制器。 -PID (proportional- integral- derivative) controller as the first practical use of the controller has 50 years of history, is still the most widely used
DIAOY
- 这个程序用来计算地球物理中的一维大地电磁公式偏导数-This procedure is used to calculate the one-dimensional geophysical magnetotelluric partial derivative of the formula
2
- 关于利用褶积的方法计算雷克子波的一阶导和二阶导。-Methods on the use of convolution calculation Leike Zi waves and second derivatives of a derivative.
sanciyangtiao
- 大M法的三次样条，计算方式比较简单，主要优点是光滑程度较高，保证了插值函数的二姐导数连续性-Big M method of cubic spline, the calculation is relatively simple, the main advantage is a higher degree of smoothness to ensure the interpolation function derivative continuity sister
Unarysimplecalculator
- 一元多项式计算器的基本功能定为 (1) 建立多项式 (2) 输出多项式 (3) 两个多项式相加，建立并输出和多项式 (4) 两个多项式相减，建立并输出差多项式 实现提示：可选择带头结点的单向循环链表 或单链表存储多项式，头结点可存放多项式 的参数，如项数等。 除以上功能外，还有乘法和除法的计算和导数计算-Unary polynomial basic functions of the calculator as (1) the estab
ad
- C2:插值 1 拉格朗日插值(POLINT) 2 有理函数插值(RATINT) 3 三次样条插值(SPLINE(二阶导数值)->SPLINT(函数值)) 4 有序表的检索法(LOCATE(二分法), HUNT(关联法)) 5 插值多项式(POLCOE(n2), POLCOF(n3)) 6 二元拉格朗日插值(POLIN2) 7 双三次样条插值(SPLIE2)-C2: 1 Lagrange interpolation interpolation (PO
optimization
- Derivative-based Optimization using The Gradient Descent
Akima
- Akima求导实例，本实例创建了一个Akima求导的实例过程-Akima derivative instance, this instance creates an instance of a derivation process of Akima
InvertedPendulum
- 基于AVR单片机Atmega32的一级倒立摆程序,有PID调节实现和非PID实现的的两种算法-Inverted Pendulum Balancer.The goal of this project was to build and implement an inverted pendulum balancer, in the vertical two dimensional plane, using Proportional-Integral-Derivative (PID) feedback
Untitled
- 计算球体重力异常G,以及2阶导数，3阶导数的matlab 程序-Sphere calculated gravity anomaly G, and 2-order derivative, 3-order derivative matlab program
charpt5
- 在MATLAB上用R-K法编程解一次导数方程 有详细的注释-RK method used in the MATLAB programming solution on the first derivative of equation has detailed notes
rk
- 在MATLAB上编程 用R-K法解一次导数方程 有详细的注释-Programming in MATLAB with the RK Law on the first derivative of equation solution with detailed notes
CRC-32
- CRC是由待傳輸的資料區塊計算出的，它的計算方式是將待傳輸的區塊視為一堆連續位元所構成的一整個數值，並將此數值除以一特定的除數，通常以二進位表示，此除數又稱為衍生多項式 (Generation Polynomial)，該除數一般皆由設計硬體或軟體的廠商所提供，而除數值位元數目則視欲得到的 CRC 位元數目而定。-CRC is transmitted by the data block to be calculated, which is calculated by the block to be
GradEstimation
- Gradient Estimation by Derivative Measurement Method, LMS