资源列表
SHUANGZHUANGZIYASUOJIZHENDONG
- 双转子压缩机振动的有限元数值分析与实验研究.zip 有 需 要 的 朋 友 来 看 看-Dual-rotor compressor vibration of the finite element numerical analysis and experimental study. Zip there is a need to look at friends
34565
- 打印杨辉三角形，此代码可以正确运行，欢迎下载-Print Triangle, this code can run correctly, please download
C_question2
- 矩阵相关运算，使用动态内存，用结构体来描述矩阵。-Matrix-related operations, the use of dynamic memory, with the structure to describe the matrix.
Desktop
- 本程序可以实现求函数的信噪比及函数的均方差-The variance of this program can realize the function of SNR and function
SDL_1_1_alpha
- 简单的C++计算库.其中实现了矩阵运算,大数运算.矩阵处理中使用lazy calculate,并且封装常见算法,可以将普通matlab程序用SDL改写.-Easy calculation of the C++ library. One of implementation of matrix operations, computation of large numbers. Matrix deal with the use of lazy calculate, and packaging comm
35
- 数学建模专题(软件)-Mathematical modeling project (software)
8yingbi
- 在八枚外观相同的硬币中，有一枚是假币，并且已知假币与真币的重量不同，但不知道假币与真币相比较轻还是较重。可以通过一架天平来任意比较两组硬币，设计一个高效的算法来检测出这枚假币-In the eight coins look the same, there is a counterfeit money and counterfeit currency and real currency known to the weight of different, but do not know the re
dianjiPID
- 2011年飞思卡尔智能汽车大赛B车的电机PID算法程序-Freescale 2011 Smart Car Contest B PID algorithm program of motor vehicles
yichuansuanfa
- 用来求解函数极值的遗传算法程序，用matlab写成，不错的资料-zh fk jalfj alajf lajf lnfal jfdahwf nkas jlfja ljfa
ezMTL-matrix-alth
- 可在VC编程时方便使用的矩阵运算的模板类，可使用它进行很多矩阵运算，并且有详细的使用例子代码，推荐下载！-The VC program to facilitate the use of matrix operations template class can use it for a lot of matrix operations, and detailed examples of the use of the code to download!
Complexarithmetic
- 实现下列六种基本运算：1）由输入的实部和虚部生成一个复数；2）两个复数求和；3）两个复数求差；4）两个复数的求积；5）从已知复数中分离出实部；6）从已知复数中分离出虚部。运算结果以相应的复数或实数的表示形式显示。-To achieve the following six basic operations: 1) by the input of real and imaginary parts generate a plural 2) the sum of two complex numbers
DFT.rar
- 该程序包括了一个应用最为广的离散傅里叶变换，褶积，抽样最小相位。绝对能运行,The program includes an application of the most widely used discrete Fourier transform, convolution, sampling minimum phase. They can certainly run