资源列表
Integraller
- 6.1 数值积分类设计 6.2 变步长梯形求积法 6.3 变步长辛卜生求积 6.4 自适应梯形求积法 6.5 龙贝格求积法 6.6 计算一维积分的连分式法 6.7 高振荡函数求积法 6.8 勒让德-高斯求积法 6.9 拉盖尔-高斯求积法 6.10 埃尔米特-高斯求积法 -6.1 numerical integrations class design 6.2 change the length of stride trapezoidal men
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- 数值分析,迭代格式的比较的实验。 包含程序运行及流程图 线性方程组的直接算法 线性方程组的迭代法-Numerical analysis, iterative comparison of the experimental format. Let equation f (x) = x- 3x-1 = 0 has three real roots x = 1.8793, x =- 0.34727, x =- 1.53209 is calculated using the following
suijishu
- 随机数生成现在用得最广泛的伪随机数产生算法就是所谓的线性同余算法。
StandardDeviation
- 标准差,通常计算了信号的分析,整体的一部分。但是,有时我们想知道这个数量在不断变化的数据流。 MEANSTDF计算预期的平均值,及其标准差。统计问题常用比较量。-Standard deviation, is usually calculated signal analysis, part of the whole. However, sometimes we want to know the number of ever-changing data streams. MEANSTDF calcu
shuzhifangfa2
- 有关数值方法的小程序,对于曲线拟合,和方程计算有着一定的帮助-Small program on numerical methods for curve fitting, and the equation has some help
Work
- VC老师安排的家庭作业,判断一元二次方程是否有实根,若有输出根的值,基于Dialog编制。-VC teacher homework arrangements to determine whether a quadratic equation has real roots, if the output value of the root, based on Dialog establishment.
kalfilter
- 基本的kalman滤波算法,适合初学者入门学习-The basic kalman filtering algorithm, suitable for beginners getting started
math
- 能打印出数据,输入数据就能算出方程组的结构-didaifa
AHeuristicAlgorithmForFunctionOptimization
- it file is in hurestic algorithm
pid
- PID“校正网络”是由比例积分PI和比例微分PD"元件组"成的。这里简单介绍一下比例积分PI和比例微分PD。-PID " correction network" is proportional and proportional integral derivative PI PD " element group" into. Briefly outline the proportion of proportional integral derivative PI
SATsp_VC
- 本程序已知50个城市坐标,可计算经过50个城市一次的最短路径,为经典的TSP问题,非常实用-This procedure is known coordinates of 50 cities, 50 cities through a calculated shortest path for the classic TSP, very useful
fight
- 二维光子晶体禁带算法:光子晶体中因周期性结构而存在的频率禁带称为光子禁带,光子禁带的存在是光子晶体具有广泛应用前景的重要原因。 禁带越大,可控光的频带也越宽,因此如何设计合适的晶体结构以获得大的光子禁带一直是研究和应用的重点与热点。-Algorithm for two-dimensional photonic band gap crystals: photonic crystal periodic structure exists because of the frequency band re
