Visual C++常微分方程解法（转载）

资源描述控制与PC机之间的串行通信旋转平台Arduino。我用这个代码为我的期末毕业。应用程序接收旋转平台的角度。收到价值，代码调整为定电压（电子速度无级变速器），和代码控制旋转速度从编码器接收信号。

这个程序计算前n个素数。变量n由用户输入。

MT19937的javascript:Real number version genrand（）为每个调用生成一个伪随机实数（double），它均匀分布在[0,1]间隔上。sgenrand（seed）将初始值设置为624个字的工作区。在genrand（）之前，sgenrand（seed）必须是

资源描述Abstract Considering rapid developments in the technologies of both radio-frequency identification (RFID) systems and wireless sensor networks (WSN), an integration of the two technologies may lead to the formation of an RFID-enhanced WSN which would possess improved functions and capabilities. In the RFID-enhanced WSN, many reader-enhanced nodes have increasingly been employed. In such networks, RFID data contains a lot of duplication, because the same tag may be read multiple times, and collision may occur among readers, while energy constraints are also a serious problem. These three could in turn cause serious problems. In this paper, we have proposed our CSMA-based algorithm since it is light, efficiently minimizes all kinds of reader collision, and eliminates the duplicate data. For this purpose, we have used a separate control channel and a tag ID forwarding mechanism with a special co

对某一阶迟滞模型进行PID控制，其中用到抗积分饱和算法-Hysteresis bands of a PID control model, which points to use anti-saturation algorithm

二叉树遍历的方法-binary tree traversal methods

与上一个程序的不同之处在于，此程序计算的是强制对流的问题，上一个为自然对流-With a different procedure is that this procedure is the calculation of the problem of forced convection, natural convection on a

对等间隔数据 ，使用快速傅里叶变换到频率域进行补零， 之后反变换回来实现数据插值的过程。程序调用了fftw库，所以在调试前请先准备fftw库。此算法目前只支持等间隔采样的数据，对于高维数据的插值可以通过，分别对每一个维度插值后最后整合起来，实现高维数据的插值。

也就是说你在使用 SVM OSU_3.00工具箱要在Matalab软件的界面下进行使用，可以实现SWM的数据分类和回归拟合功能 -In other words you are using SVM OSU_3.00 Toolbox Matalab software to use interface, you can realize SWM data classification and regression fitting function

重量级FFT快速傅里叶变换源码和资料，精心收集，如有不足，请指出。Heavyweight FFT Fast Fourier Transform source code and data, carefully collected, if insufficient, please indicate.