搜索资源列表
MATLAB
- 使用matlab软件，并利用三次样条插值法 求信号的包络线 源代码-Use matlab software, and use cubic spline interpolation method the signal envelope source code
matlab
- 使用Matlab编程实现根据给定数值求三次样条插值函数-According to the given value seeking cubic spline interpolation function
matlab
- 数值差分,三次样条差值、三次hermite差值，正弦波、随机信号、三角波-The numerical difference
matlab-sanciyantiaochazhihanshu
- 运用matlab建立三次样条插值函数 可以进行插值计算-Using MATLAB to establish the three spline interpolation function
matlab-
- B样条曲线控制点反求 生成曲线 求插补点-b-spline interpolation
matlab
- 牛顿插值法和三次样条插值法在求解插值函数中的应用程序-Newton interpolation method and cubic spline interpolation method in solving the interpolation function of the application
plota
- 通过一系列形值点的一条光滑曲线，MATLAB平台上可用。(Through a series of value point of a smooth curve, MATLAB available on the platform.)
B-spline (2)
- B样条插值的实现主要代码在这了啊 ，。。。。。。(B SPLINE tx hello aaa a gou le ma)
calc
- 插值多项式 和三次样条插值多项式等，可以较好的对其算法进行识别。(The interpolation polynomial and the three spline interpolation polynomial can identify the algorithm better.)
fina
- B样条插值的matlab程序函数，只是B样条非均匀插值(B-spline matlab source code)
遗传算法处理NURBS曲线逼近（Matlab实现）
- 在Matlab平台上采用将模拟退火算法及遗传算法相结合的曲线拟合方法，实现以任意次数、任意顶点数的非均匀有理B样条（NURBS）曲线逼近给定测量点序列(On the Matlab platform, we use the curve fitting method combining simulated annealing algorithm and genetic algorithm to achieve the sequence of a given measurement point wit
B-spline
- 给定控制点，生成节点和B样条基函数，绘制非均匀三次B样条曲线(Given control points, generating nodes and B spline basis functions, drawing non-uniform three times B spline curves)
Der1BasisFun
- matlab程序，可求解任意次B样条基函数及其一阶导(Solving the basic function of arbitrary order B spline and its first order)
Matlab runcode
- EMD（经验模态分解，全称Empirical Mode Decomposition，一般指EMD算法）是Hilbert-Huang变换（HHT）的核心算法。 经验模态分解(EMD)算法是通过算法过程定义的，而并非由确定的理论公式定义的，所以对其进行准确的理论分析非常困难，我们目前只能借助大量的数字仿真试验不断对其性能进行深入的研究。 EMD算法的目的在于将性能不好的信号分解为一组性能较好的本征模函数（IMFIntrinsic Mode Function ），且IMF须满足以下两个性质： (1
Classifiers
- 我们需要成百上千的分类器来解决现实世界的分类吗 我们评估179分类17种分类器（判别分析，贝叶斯，神经网络，支持向量机，决策树，基于规则的分类器，升压、装袋、堆放、随机森林和其他合奏，广义线性模型，线性，偏最小二乘法和主成分回归，logistic回归、多项式回归、多元自适应回归样条等方法），实现在WEKA，R（有或没有插入包），C和Matlab，包括所有目前可用的相关分类。(Do-we-Need-Hundreds-of-Classifiers-to-Solve-Real-World-Class
数据拟合
- 利用MATLAB进行数据拟合，常见的数据拟合方法。包括：一元函数插值、样条插值、多项式插值或拟合 、曲线拟合、拉格朗日插值法等。(MATLAB data fitting, common data fitting methods. It includes: interpolation of unitary function, spline interpolation, polynomial interpolation or fitting, curve fitting, Lagrange inte
order
- matlab实现的阶次分析算法，用于变转速机械故障特征提取，可运行，包含寻找脉冲时刻，等角度时刻，数字跟踪滤波，样条差值等步骤(The order analysis algorithm realized by Matlab is used to extract the fault features of variable speed machinery. It can be operated, including the steps of finding impulse moment, equa
二次最优轨迹规划
- 基于遗传算法的最优时间Ｂ样条轨迹，复现文章3.6节中的分析(The time-optimal B-spline trajectory based on genetic algorithm. This programme recurrences the analysis in section 3.6 of this paper)
order
- matlab阶次分析，matlab实现的阶次分析算法，用于变转速机械故障特征提取，可运行，包含寻找脉冲时刻，等角度时刻，数字跟踪滤波，样条差值等步骤(Matlab order analysis, the order analysis algorithm realized by MATLAB, is used to extract the fault features of variable speed machinery. It can be operated, including findin
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- matlab实现的阶次分析算法，用于变转速机械故障特征提取，可运行，包含寻找脉冲时刻，等角度时刻，数字跟踪滤波，样条差值等步骤(The order analysis algorithm realized by Matlab is used to extract the fault features of variable speed machinery. It can run, including searching for pulse time, equal angle time, digit