资源列表
fft1
- 快速傅立叶变换（来源《C常用算法集》） 本函数测试OK,可以在TC2.0,VC++6.0,Keil C51测试通过 如果你的MCS51系统有足够的RAM时,可以验证一下用单片机处理FFT有多么的慢。-Fast Fourier Transform (Source C commonly used algorithm sets) the function test OK, TC2.0 VC++6.0 the Keil C51 test by If the the MCS51 system yo
Poisson-Random-Process
- 这个程序是产生一个泊松过程，并且模拟，检验。-This program is a Poisson process, and simulation, testing.
CRC16
- CRC16校验，用查表校验！基于ARM7实现的源码！-CRC16 check, using look-up table check! Based on the realization of the ARM7 source code!
Multiscale-NPE-FOR-fault-detection
- 首先对一段正常工况下的历史数据进行离散小波分解,对不同尺度下的小波系数建立相应的NPE模型.经过多层小波分解,建立相应的统计量对过程进行监控-First discrete wavelet decomposition of some normal conditions of historical data, the NPE model wavelet coefficients in different scales. Multilayer wavelet decomposition, the es
caipiao-jisuan
- 重点讲解了福彩和体彩的各种算法实现，通过数学公式描述，并解释。-Highlight the various algorithms Welfare Lottery and Sports Lottery, described by a mathematical formula, and explain.
arry
- 采用行列式的计算方法求解矩阵方程，不必用逆矩阵方法-Calculated using the determinant matrix equation
Homework-For-Memory
- 计算机原理的练习题，主要是内存方面的，课下练习用的-exercise， homework
The-stochastic-wave-equation-
- 随机波动方程的英文论文——《The stochastic wave equation with fractional noise ：A random field approach》-English papers of the random wave equation——The stochastic wave equation with fractional noise ：A random field approach
球从100米高度自由落下
- 题目10：一球从100米高度自由落下，每次落地后反跳回原高度的一半；再落下， 求它在第10次落地时，共经过多少米？第10次反弹多高？ -Topic 10: a ball from 100 meters height free fall, every time after landing bounce back half of the original height To fall, For it in the 10th born, a total
Calculator
- 实现计算器的+ - * /和开根号的功能，完善了=的功能，不至于多摁下=出现的错误。-The achieve calculator+-*/and root number function, improve the = next = errors, and will not press.
求函数值e的函数
- 求函数值e的函数，如e的平方 3次方 4次方 5次方-Function evaluates the function e, such as the square of the e 3 power power power
gauss
- 此文件为MATLAB的M文件，文件包含一个function为GUASS消元法，可以求任意阶数的线性方程组的解。-This file MATLAB M-files, the file contains a function for GUASS method of elimination, you can seek the solution of the linear equations of any order.