sun-radiation

认知无线电网络频谱分配的颜色敏感的图着色算法,是个很经典的算法(Cognitive radio network' s spectrum allocation of color-sensitive graph coloring algorithm, the algorithm is a very classic)

无线传感器网络与matlab的结合，用来进行仿真，有助于wsn的学习(Matlab wireless sensor network and the combination used for simulation, the study will help wsn)

matlab程序将传递函数通过Z变换使其离散化，然后再把得到的脉冲传递函数改写成差分方程。便于接下来一步的C程序编程。(matlab program will transfer function Z-transform them through discrete, then put the resulting pulse transfer function of a differential equation rewritten. Facilitate the next step of the C programming.)

THIS PAPER IS ABOUT DIAGNOSIS AXIS FLUX AND DIAGNOSIS FAULT IN INDUCTION MOTOR

在线系统辨识资料以及辨识课件，讲解详细，有例题！还讲解了模型阶次辨识，有详细例题介绍！(Online system identification and identification of courseware, to explain in detail, with examples!)

document for basic learning of OFDM concepts.

实现了广义预测控制的算法，里面有具体的说明文档(Implementation of the generalized predictive control algorithm, which have specific documentation)

To simulate RS and physical layer cross-layer design mechanism in a fading channel

This library contains helper functions to read image frames into matlab from Video file using DirectShow. This library has borrowed codes from Ashwin Thangali s "DirectShow (DirectX) based AVI file reader", and it can read multiple video formats besides avi. Features: a) can read frames from rmvb, avi, etc. b) handles most codecs installed on the system d) its implementation is only based on the IMediaDet interface -- Depending on your Matlab version, the .mexw32 files may need to be renamed as .dll -- The library usage is as follows, [avi_hdl, avi_inf] = dxVideoOpen(avi_filename) pixmap = dxVideoReadMex(avi_hdl, frame_num) img = reshape(pixmap,[avi_inf.Height,avi_inf.Width,3]) dxVideoCloseMex(avi_hdl) -- recompile the library I have compiled the code with the DirectShow lib in Microsoft DirectX 9.0 SDK Update (December 2004) -- known limitation a)only works for windows :( b)may be slow for big image frames and some codecs.

高本庆老师编写的时域有限差分法的学习教程，推荐(the high-prepared teachers FDTD method of study guides, recommended)