vfoderiv2

各种风机的模型，对pscad初学者有帮助！(Various fan models, useful for beginners pscad!)

一些很有用的小波包多尺度分解与重构的资料(Some very useful multi-scale wavelet packet decomposition and reconstruction of information)

混沌是目前研究热点课题之一，而分数阶混沌是混沌学中的重要内容，本程序实现的是分数阶统一混沌系统，希望对大家学习它有很好的帮助。(Chaos is a hot topic in the current study, while the fractional order chaotic Chaos Theory is an important content, the program is fractional unified chaotic system, and they hope to learn from everyone it has a very good help.)

TQ210开发板串口裸机下载程序，方便调试裸机程序(TQ210 Uart DownLoad)

M8电子负载，下位机程序源码.diy电子负载可以参考(M8 electronic load, the next machine program source. Diy electronic load can refer to)

说明：  对小世界网络、随机网络以及无标度网络分别对齐的第一层第二层以及整体进行了对比分析了聚类系数的情况(The first layer, the second layer and the whole layer of small world network, random network and scale-free network are compared and analyzed)

最佳适应算法是动态内存分区分配算法的一种。所谓“最佳”是指每次为作业分配内存时，总是把能满足要求、又是最小的空闲分区分配给作业，避免“大材小用”。为了加速寻找，该算法要求将所有的空闲分区按其内容以从小到大的顺序形成一空闲分区链。这样，第一次找到的能满足要求的空闲区，必然是最佳的。(best adaptation algorithm is a dynamic memory allocation through an algorithm. The so-called "best" means the operation of each memory allocation, always meet requirements, and also the smallest area allocated to idle operations, to avoid "a waste of talent." To speed up the search, the algorithm requires that all leisure district according to content from small to large order of the formation of a regional chain idle. So, the first found to meet the requirements of the free zone will be the best.)

bc++build 6.0 最简CGI程序演示(bc++build 6.0 cgi example)

粒子群算法优化PID参数实例+matlab代码学习研究(Optimization of PID parameters by particle swarm optimization)

说明：  利用 IBVivado 中提供了 1 种 IBERT 工具用于对 Xilinx FPGA 芯片的高速串行收发器进行板级硬件测试。 通过 IBERT 我们可以获取误码率，观察眼图，调节串行收发器的参数，从而有助于判断可能存在的问 题，便于验证硬件的稳定性和信号完整性。 ERT 进行 GTX 信号眼图测试 ,(Vivado provides an IBERT tool for board-level hardware testing of high-speed serial transceivers on Xilinx FPGA chips. Through IBERT, we can get the bit error rate, observe eye diagrams and adjust the parameters of serial transceiver, which is helpful to judge the possible problems and to verify the stability of hardware and signal integrity.)