GUI-MATLAB-Signal

a high performance motor

Matlab教学案例，通过实例编程，实现教学(Matlab teaching cases, by way of example programming, teaching)

实用的遗传程序，非常非常的使用，一定要支持。非常感谢(Practical genetic program, very, very used, must be supported. Thank you very much)

实现基于逆傅里叶变换法下，不同级别道路的路面不平度仿真。(Implementation based on inverse Fourier transform, the different levels of road simulation of road roughness.)

这是802.11n 工作组对测试案例定义(This is 802.11n usage models document used by IEEE 802.11n Task group)

UKF 在Matlab 下的实现 含有matlab的程序代码(UKF realization in Matlab)

非编码,与当前残差的相关系数的符号,在已经有了如今的回归变量集和当前残差的基础上(It is miRNA.A build of the development version (which will eventually become the next major release of R) is available in the r-devel snapshot build.)

Kalman filter examples,learn_kalman

利用LQR方法计算反馈增益，没什么好说的，看看就知道了，也许有挺大作用呢(LQR calculated using the feedback gain, and there is nothing more to be said, look at the know, it may be Tingda role?)

A motion picture presents a continues phenomena as a sequence of frames. We perceive continuity by "filling in the gaps" and "smoothing out " the missing information. While faster motion requires more frames during a given time period, there is a point where more frames per second yield no further improvement. The "sampling speed" must be fast enough to allow "appropriate averaging of dead times between frames", but need not accommodate motion too fast to be seen by a human. The above description is somewhat analogous to sampling of audio signals. The sampling rate depends on how fast the signals vary (the highest frequency we hear). Nyquist showed that sampling frequency exceeding twice the audio bandwidth is sufficient to include all the signal information, preserving the finest details up to half the sampling rate