bp_drag_new

用simulink对风电场进行建模分析得到功率以及电流的仿真图(This example uses an initial state vector to start the simulation steady-state. When you make changes to the model (add, delete, rename blocks, etc), the initial state vector needs to be regenerated or disabled, otherwise Simulink signals an error when the simulation is started. To disable the use of initial state vector for this model, go to the Data Import/Export section of the Model Configuration Parameters tool and uncheck the Initial state option under the Load workspace section. To regenerate the initial state vector after a change to the model, follow the instructions given in the initialization file for this model. Type open( init_power_wind_dfig ) at the matlab prompt to view this file.)

一种基于MIMO的能够智能天线选择算法 MATLAB语言编写(A conpute of channel selection based on MIMO)

关于copulas相关的比较齐全的编程代码，能够简单地将相应程序运行(About copulas related to the relatively complete programming code, can simply be the corresponding program to run)

说明：  C++与MATLAB的数字基带传输系统仿真源代码的实现.(C++ With MATLAB digital base-band transmission system simulation source code to achieve.)

地形数据显示matlab文件包,这是一个工具程序包.(The terrain data matlab file bag This is a tool package written by foreigners)

说明：  这是一种BP神经网络的的MATLAB的代码有用请下载(if it help,please go ahead)

实现多输入单输出的预测功能，预测精度高，程序操作简单，易于修改应用。(The prediction function of multi input and single output is realized. The prediction accuracy is high, the program operation is simple, and it is easy to modify the application.)

camlav下载，欢迎研究杀毒人士下载，里面有代码的所有内容(calav，welcome to download the code)

说明：  MATLAB数学实验之数据可视化，其中包含课件以及习题和答案，文档中附有源程序(MATLAB Mathematical experiments data visualization, which includes courseware, as well as exercises and answers, the document bearing source)

24G高集成度微波雷达芯片,一发二收，可组成阵列天线，数据处理后精度可达mm级(24 GHz transceiver MMIC with one transmitter and two receiver units • Fully integrated low phase noise VCO • Switchable prescaler with 1.5 GHz and 23 kHz output • On chip power and temperature sensors • Gilbert based homodyne quadrature receiver • Single ended RF input terminals)