3D-DCT

使用vc++编写实现的简单的kalman滤波器,仿真作业(Use vc++ Realize the preparation of simple kalman filter, simulation operation)

快速傅立叶变换的补0问题 相信会对大家有帮助 CNKI的浏览器可以打开(Fast Fourier Transform Regrant 0 issues we believe will help CNKI browser can open)

地球物理地震学——基于FK域的波场分离，也可应用于滤波(FK domain wave field separation, can also be applied to filter)

60GHZ高速无线通信系统仿真，采用分数域频域均衡，GOLAY作为导频，先到为802.16ad.(60GHZ high-speed wireless communication system simulation, using fractional frequency domain equalization, GOLAY as a pilot, first as 802.16ad.)

模糊自适应整定PID控制,利用模糊控制规则在线对PID参数进行修改(fuzzy adaptive tuning PID control, fuzzy control rules online right PID parameter changes)

编写M文件，创建如下图形窗口，分别绘制如下图所示的曲线。 （1）曲线y=sin(t)sin(9t)，要求采用红色，点线。横坐标取值范围[0~ ]，标注x轴、y轴并加标题。 （2）一组余弦曲线，其振幅分别为0.4，0.6和0.8。横坐标取值范围[0~2 ]。添加图例与标题。进入图形编辑状态，调整图例的位置。 （3）分别绘制peaks函数的曲面图和网格线图。对曲面图做平滑处理，并添加标题与colorbar。 (Write M file, create the following graphics window, curves were plotted as shown below. (A) the curve y = sin (t) sin (9t), require the use of a red dotted line. The abscissa in the range [0 ~  ], labeled x-axis, y-axis and a title. (2) a set of a cosine curve, and the amplitude was 0.4, 0.6, 0.8. Abscissa value range [0 ~ 2  ]. Add a legend and title. Into the graphical editing mode, adjust the position of the legend. (3) were drawn surface chart peaks function and grid line graph. Surface charts do for smoothing and add titles and colorbar.)

五自由度机械臂阻抗控制下的力跟踪,可以实现对力的跟踪反馈，基于MATLAB的机器人工具箱(force tracking by impadence control)

this is about powerfactor correction circuit

说明：  这是BPSK误码率计算的仿真文件，可以直接运行(This is the bit error rate of BPSK simulation files can be run directly)

非常有用的多类支持向量机的程序实例，包含实例(multi-class support vector machine instance, contains examples)