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CubicSpline
- 使用的matlab语言编写的图像双三次样条插值,用于图像分辨率增强的经典算法,效果不错。-Matlab language used image bicubic spline interpolation, the classical algorithm for image resolution enhancement, to good effect.
changweifenfangcheng
- 在matlab中,求解插值运算问题,求已知数据点的拉格朗日插值多项式 求已知数据点的艾特肯插值多项式 求已知数据点的均差形式的牛顿插值多项式 求已知数据点的前向牛顿差分插值多项式 求已知数据点的后向牛顿差分插值多项式 求已知数据点的高斯插值多项式 求已知数据点的埃尔米特插值多项式 求已知数据点的分段三次埃尔米特插值多项式及其插值点处的值 求已知数据点的二次样条插值多项式及其插值点处的值 求已知数据点的第一类三次样条插值多项式及其插值点处的值 求已知数据点的
chazhi
- 求已知数据点的拉格朗日插值多项式 求已知数据点的艾特肯插值多项式 求已知数据点的均差形式的牛顿插值多项式 求已知数据点的前向牛顿差分插值多项式 求已知数据点的后向牛顿差分插值多项式 求已知数据点的高斯插值多项式 求已知数据点的埃尔米特插值多项式 求已知数据点的分段三次埃尔米特插值多项式及其插值点处的值 求已知数据点的二次样条插值多项式及其插值点处的值 求已知数据点的第一类三次样条插值多项式及其插值点处的值 求已知数据点的第二类三次样条插值多项式及其插值点处
spline
- 三次样条插值相关论文,spline算法研究,本篇论文是一片硕士研究生论文-Related papers cubic spline interpolation, spline algorithm, this thesis is a graduate papers
cubic-spline-interpolation
- 大数据量中需找数据的统计规律,采用模拟退火算法,采用三次样条插值实现-Large amounts of data need to find the statistical regularities of the data, the use of simulated annealing algorithm, using cubic spline interpolation to achieve
numerical-algorithms
- 几种常用的数值计算算法,包括高斯消去法、追赶法、高斯赛德尔法求解线性方程组,矩阵的LDL分解和cholesky分解,牛顿插值法和三次样条插值法的matlab实现-Several commonly numerical algorithms, including Gaussian elimination, catch method, high Sisaideer method for solving linear equations, matrix LDL decomposition and cho
cz
- AE反距离IDW、克里金Krige插值.txt I显示方法.c www.pudn.com.txt 三对角线追赶法.C 三样条插值函数算法,还包括其他的比如hermite等算法,很全.txt 二分法.c 分段线性插值.c 列主元元素消元.C 利用反距离平方加权插值算法建立规则格网在大数据量离散点数据的情况下,.txt 反距离加权插值,貌似不好用IDWUtil.java 埃特肯.c 复合梯形法.c 复合辛普森.c 弦割法.c 操作复数的类Com
image-zoom
- 图像缩放是本人参与过的一个项目。本人利用常用的图像缩放算法(如最近邻插值法,双线性插值算法,三次插值算法,B-样条插值等)对图像进行缩放并分析各个算法的优缺点(本文有相应的算法源程序代码)。最后在对算法进行改进。-Image scaling is a project I worked on. I use common image scaling algorithms (such as nearest neighbor interpolation, bilinear interpolation a
Numerical-Analysis
- 数值分析中的四种插值方法: 拉格朗日差值公式 龙贝格算法 三次样条插值 四阶龙格库塔方法 内附有详细算法解析文档-Numerical analysis of four interpolation methods: Lagrangian difference equation Romberg algorithm Cubic spline interpolation Fourth-order Runge-Kutta method Encl
chazhi
- 此算法是通过拉格朗日插值公式来计算样条差值,是一次的样条插值-This algorithm is through the Lagrange interpolation formula to calculate the spline difference, is a spline interpolation
sanciyangtiaochazhi
- 此算法是通过拉格朗日插值公式来计算样条差值,是三次的样条插值-This algorithm is through the Lagrange interpolation formula to calculate the spline difference, is three times spline interpolation
uniformbspline
- 三次样条插值,用于数据拟合等信号处理方面的一种实用的数学算法-Cubic spline interpolation, fitting for a data signal processing aspects of practical mathematical algorithms
chazhifa
- 实现三次样条插值信号包络线,本人在EMD算法时用到,效果已验证-Realize the cubic spline interpolation signal envelope, the effect is very good.
matlab-chazhi
- 该算法程序包含拉格朗日插值和样条插值等多个功能。-The algorithm contains multiple functions Lagrange interpolation and spline interpolation.
interp-spline
- 三次样条插值的具体算法,适用于一维信号的插值处理-spline function including the basic theory one-dimension singnal
method-of-interpolation
- 各种插值算法 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)) 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)-Various interpolation algorithm 1 Lagrange Interpolation (POLINT)
Finalwork
- 结合java图形界面编程实现了计算方法中的相关的算法,包含:雅可比迭代 高斯-塞德尔迭代 拉格朗日插值 主元素高斯消去 高斯-约当消去 牛顿插值 不含列主元高斯约当法 二次多项式拟合 一次多项式拟合 二分法 牛顿迭代 三次样条插值 三对角的追赶法-Combined with java GUI programming calculation method of the related algorithms, comprising: Jacobi iteration Gauss- Seidel it
HHT-LabVIEW
- 利用LabVIEW编写希尔伯特黄变换HHT的算法,实测可用,包括总程序 ,以及IMF,样条插值等各个子VI 函数-Use LabVIEW to write Hilbert Huang Transform HHT algorithm found available, including the overall program, as well as IMF, each sub-spline interpolation function VI
measure
- 采用遗传算法和三次样条插值法对已给数据进行拟合,得出最优取点方案-Genetic algorithm and cubic spline interpolation method is to fit the data, obtain optimum take-point program
linear_correlation
- 演示验证线性相关算法,主要用于离散点的局部极小值提取(基于多种阈值选取)。还包括最小二乘拟合,三次样条插值等内容。-Demonstration Verification Linear correlation algorithm is mainly used for local minimum extraction of discrete points (based on a variety of threshold selection). Including least squares fitt