散列函数源代码

巴特渥斯滤波器设计(butterworth),根据设计参数需要,设计出符合要求的滤波器,并提供示意图-Bateoushi Filter Design (3.8mA), according to the design parameters, designed to meet the requirements of filters, and to provide diagram

本程序提供多种实用插值函数：一元全区间不等距插值、一元全区间等距插值、一元三点不等距插值、一元三点等距插值、连分式不等距插值、连分式等距插值、埃尔米特不等距插值、埃尔米特等距插值、埃特金不等距逐步插值、埃特金等距逐步插值、光滑不等距插值、光滑等距插值、第一种边界条件的三次样条函数插值、微商与积分、第二种边界条件的三次样条函数插值、微商与积分、第三种边界条件的三次样条函数插值、微商与积分二元三点插值、二元全区间插值。-look it yourself.

一种新的受限扩散凝聚模型--单向扩散凝聚模型DLUA，输入不同的参数可产生各种不同的图案，可作为辅助研究或教学演示。-a new pool of restricted diffusion model-- the proliferation of one-way model DLUA rally, importation of different parameters can produce a variety of designs, as a complementary research or teaching demonstration.

相关的语音处理，适合于现代数字信号处理的课程设计，，，并且可以运行-related to the speech processing, which is suitable for modern digital signal processing design of, and can run

各种排序算法 附带源码 不过是以记事本的格式的 要自己建- Each kind of sort algorithm supplementary source code only is wants own by the memorandum form to construct

一个用来计算每年1月1号星期几的c小程序！实现比较简单，其实就是计算闰年的小程序，不过小程序可能有点小bug，希望大家包含！-one used to calculate the annual January 1 several weeks of c small program! Achieving a relatively simple calculation of leap year is actually a small, but a small program might have a small bug, we hope that contain!

acm.zju.edu.cn第1074,1005,1010题-acm.zju.edu.cn that section 1074,1005,

资源描述时钟周期函数，主要用于大学课程设计，精确，可靠，代码完善，算法精炼。上手快，易于移植及修改，功能全面。

关于分支为3的树，它的节点种类总数小于7，深度为3，全探索的源代码-With regard to the three branches of the tree, which is less than the total number of nodes of type 7, a depth of 3, all to explore the source code

一维伽辽金型无网格法MATLAB程序 无网格方法采用基于点的近似，可以彻底或部分地消除网格，不需要网格的初始划分和重构，不仅可以保证计算的精度，而且可以大大减小计算的难度。然而，由于目前的无网格近似一般没有解析表达式，且大都基于伽辽金原理，因此计算量很大，要超出传统的有限元法；另外，无网格近似大都是拟合，因此对于位移边界的处理比较困难，多采用拉格朗日乘子法处理。-1维伽Galerkin-type meshless method MATLAB procedures meshless method based on the point of approximation, can be completely or partially eliminate the grid, the grid does not require the initial division and reconstruction, not only can guarantee the accuracy of the calculation, and can greatly reduce the difficulty of calculation. However, due to the current meshless approximation there is no analytic expression in general, and mostly based on the Galerkin principle, the calculation of a large volume, it is necessary to go beyond the traditional finite element method In addition, the meshless approximation are fitted, so displacement of the border more difficult to deal with, the use of Lagrange law.