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Cprograms
- 中南大学C语言程序设计实习 1 实验一:C语言图形模式的设置 2 实习二:一元函数的图形绘制 3 实习三:二维图形的几何变换 4 实习四:非线性方程求根的二分法 5 实习五:非线性方程求根的牛顿法 6 实习六:数值积分的矩形法和梯形法 7 实习八:级数求和问题 8 实习九:曲线拟合 9 实习十一:解线性方程组的Gauss消元法 10 实习十四:解线性方程组的Jacobi迭代法 11 实习十六:空间曲面和曲线的绘
sadsadasd
- 载荷压深曲线的数据处理,求面积和积分的程序-load curve of the pressure data processing, for the area and the integration process
TeeChartDemo1
- VC++中融合TeeChart,实现TeeChart显示曲线的最基本功能-VC++, integration of TeeChart, TeeChart shown to achieve the most basic function of the curve
NumericalAnalysis
- 用JAVA编写的一个界面程序,实现了二分法、牛顿法、高斯法、SOR迭代法、三角分解法、三次样条插值曲线、曲线拟合的最小二乘法、数值积分Romberg算法、常微分方程的初值解法 改进Euler法、矩阵的特征值和特征向量 反幂法-An interface with a JAVA program written to achieve a dichotomy, Newton method, Gauss law, SOR iteration method, triangular decomposition
SinglePurpuseInitializition
- 完成几个数据的融合并测试显示相关图像, 包括匀速圆周机动,直线曲线交叉-The completion of several data integration and test show that the relevant images, including the uniform circumferential motorized, straight-line curve of cross-
fengkang_numerical
- 冯康的数值计算方法:1.差值;2.数值积分;3.谐波分析;4.曲线拟合与经验公式;5.回归分析 6.时间序列分析;7.蒙特卡罗方法;8.线性代数数值算法-Feng Kang numerical method: 1. The difference 2. Numerical integration 3. Harmonic analysis 4. Empirical formula and curve fitting 5. Regression analysis 6. Time Series
vbvb
- 1. 实验目的 ⑴掌握有自平衡能力的热工对象的几种辨识方法 ⑵掌握掌握数值积分法在有自平衡能力的对象的辨识中的应用,加深对系统辨识的理解和应用。 2. 实验内容 用数值积分法辨识系统参数,结果表示形式为Ф(s)= ,即根据未知系统的输入输出数据求取n,k,T0。输入数据格式为二进制文件,输出为n,k,To具体数值及系统响应曲线。程序运行时画出未知系统的输入输出曲线与辨识得到的参数生成的输入输出曲线对比,就可以得到此种辨识方法的准确度。 -1. ⑴ grasp the pur
curve_fit_density_function
- APPLYING CURVE FIT OF THE PROBABILITY DENSITY FUNCTION This file details the Microsoft Excel user-defined function applying curve fit of PDF Integration. Create macro as shown below, then in spreadsheet, type function "curvefit(a,s)" with Asi n
numerical-methods-using-matlab--4th--Edition
- Numerical Methods Using Matlab (4th Edition),John H. Mathews (Author), Kurtis K. Fink (Author).This book provides a fundamental introduction to numerical analysis. This book covers numerous topics including Interpolation and Polynomial Approximation,
mgjyxl
- 第一个把专家青睐的数学模型技术(NNM 算法模型)引入词汇记忆软件中,并取得了巨大的成功。NNM 算法模型与经典的“艾滨豪斯遗忘曲线”真正的融合于一体,使得该著名的理论在计算机与数学模型下第一次得到了淋漓尽致的发挥。-First a mathematical model of the popular technology expert (NNM algorithm model) the introduction of vocabulary learning software, and has a
shuzhifenxi
- 数值分析报告,包括追赶法求解三对角方程、迭代法求非线性方程、曲线拟合、区间逐次分半的复化梯形公式计算积分,题目、代码及运行结果。-Numerical analysis report, including catch-up method for solving tridiagonal equation, iterative method for the nonlinear equations, curve fitting, half of the complex range of successi
integral
- 用梯形法求二次曲线定积分的C++源代码:只要设定二次曲线方程的系数、积分区间和等分数,就可自动获得积分值。-Trapezoidal method and the quadratic curve C source code for the definite integral: as long as the set of the quadratic equation of the Department of Number of the integration interval and score
The-use-of-mathematical-modeling
- 数学建模---MATLAB的使用简介一、曲线插值与拟合二、数值微分与积分三、微分方程数值解四、优化问题五、回归分析-The use of mathematical modeling--- MATLAB Introduction of a curve interpolation and fitting the second, numerical differentiation and integration III, differential equations IV, V optimizatio
Improved-cv
- 当红外图像中包含较强噪声时, C-V 模型水平集分割方法会产生大量冗余轮廓 同时, C-V 水平集采用偏 微分方程( PDE) 实现, 存在计算量大、分割速度慢的缺点。为此, 本文提出了改进的快速算法, 该算法保留了C-V 模型的全局优化特性, 并通过窗口滤波整合图像邻域空间信息来构建曲线进化的外部速度, 从而提高C-V 模型 的抗噪性并减少分割中产生的冗余轮廓 采用基于双链表的快速水平集算法来实现曲线的演化, 去除了传统算 法中的重新初始化和PDE 求解的过程, 减少了迭代步数
lcd
- lcd.c与adc.c整合以后的源程序,能够显示可调电阻改变的曲线。-the integration of lcd.c adc.c after the source, it will show the adjustable resistance change curve.
numerical-computation-method
- 数值计算书籍,详细介绍插值,数值积分,谐波分析,曲线拟合,回归分析-Numerical books, detailing interpolation, numerical integration, harmonic analysis, curve fitting, regression analysis, etc.
qu-xian-ni-he-xiao-ruan-jian
- 曲线拟合小软件 很好用的 已经试过了 可进行多种去年拟合 整合的-Curve fitting good use of small software' ve tried to fit last year for a variety of integration
labview_DAQ_AreaCal
- Labview实时采集AD信号,画曲线图,并积分求曲线面积。-Labview real-time acquisition AD signal, draw graphs and integration demand curve area.
abview_DAQ_AreaCal
- Labview实时采集AD信号,画曲线图,并积分求曲线面积。-Labview real-time acquisition AD signal, draw graphs and integration demand curve area.
Mathematical--and-signal-
- LabVIEW(8.2)课本13.1章源程序,例子详细,包括图像化编程与数学分析,基本数学函数,线性代数,曲线拟合,插值,数值积分与数值微分,概率与统计,最优化,常微分函数,空间解析几何,公式解析,Mathscr ipt-LabVIEW (13.1 8.2) procedures, examples in detail, including the visualization programming and mathematical analysis, the basic mathematica