paper3

关于matlab中simulink地空防御系统仿真。(On the matlab in simulink simulation of ground-to-air defense system.)

binary genetic algorithm

用C语言编写MATLAB 函数， 主要用于DSP 芯片， 内有详细的解释， 可用于参考转化为汇编， 提高速度(Use the programming language C to write the MATLAB function, bwlabeln )

相息图matlab代码，结果含原图，相息图，再现图三部分。(Kinoform matlab code, containing the results of image, Kinoform, reproduction map of three parts.)

R. K. Martin, C. R. Johnson, Jr., M. Ding, and B. L. Evans, "Infinite Length Results for Channel Shortening Equalizers," Proc. The IV IEEE Signal Processing Workshop on Signal Processing Advances in Wireless Communications (SPAWC), Rome, Italy, June 2003.

North of Norway has extremely good conditions for wind power generation. As the existing main grid will not be able to integrate all the wind parks, the alternative to build a new corridor with multi-terminal HVDC Light North of Norway to Middle of Norway, is under study. HVDC Light is more and more concerned recently to improve power system stability due to its supreme controllability. The thesis will be directed towards investigating the possible problems to be encountered in an HVDC Light installation. A platform for the control of HVDC Light based on the vector control principle will be first established. With a good understanding of this control platform, the model will then be tested under several circuit conditions, to test the capability and robustness of the controller to handle these situations.

说明：  用有限差分法求解电机槽电磁场的经典案例，对象为一个闭口槽，激励源为电流密度(Motor using the finite difference method to solve a classic case of slot fields)

考虑环境和经济的发电调度优化中的matlab程序(Consider the environmental and economic generation scheduling optimization in matlab program)

建立数学模型，求解能量最优条件下的分群数量(现代通信技术)。同构网络、同构网络、N节点随机部署，网络范围A*A；距离sink较远，认为所有点到sink距离相等。(A mathematical model, solving the energy clustering under optimal conditions the number of (modern communication technology). Homogeneous network, homogeneous network, N nodes are randomly deployed network-wide A* A far from the sink, that all points equidistant to the sink.)

The following Matlab project contains the source code and Matlab examples used for a pretty seashell gui. This GUI draws a seashell, using a parametric surface. The parameters of the seashell can be modified with sliders and buttons in the GUI. See also the seashell.m file, also on MATLAB Central (with no GUI). The source code and files included in this project are listed in the project files section, please make sure whether the listed source code meet your needs there