APSK

qpsk算法在信道调制中的编程 对初学者有一定帮助(qpsk channel modulation algorithm in the programming has some help for beginners)

说明：  有限单元法原理与应用（第一版）--b朱伯芳.pdf(Principle and Application of finite element method (first edition)- b CENTRAL SOUTH HIGHWAY. Pdf)

please find the matlab code for gui creation using matlab

说明：  本程序采用显示方案实现“平均曲率运动(MCM)”模型(This procedure indicates that the program used to achieve &quot mean curvature motion (MCM)&quot model)

5x12 Font is included in 16 variants: - Assembler and C header (.asm / .h) - Horizontal and Vertical arranged bits (horizontal / vertical) - Mirrored and non-mirrored (MSB / LSB) - Left or top aligned, right-aligned or bottom (1/2). For fonts have the size of a multiple of 8 pixels in the corresponding direction, both versions are identical. Fonts higher than 16 pixels are only available in horizontal arrangement.

实现pls的编程,有完整的数据模型，用仿真数据实现偏最小二乘算法，同时计算T2和SPE(PLS programming realization, have complete data model, with the simulation data achieve partial least square algorithm, and the calculation T2 and SPE )

用matlab做的简易小钢琴，鼠标点击即可播放音乐(Using matlab to do a simple piano, mouse click to play music)

轴承故障信号vmd分解及输出频谱图和幅值图，内含main、vmd及输出频谱图和幅值图三个程序，直接用main就行(VMD decomposition of bearing fault signal and output spectrum and amplitude diagram)

说明：  利用MATLAB产生正弦信号，加入高斯白噪声后利用小波变换技术去噪声(The sine signal is generated by MATLAB, and the noise is removed by wavelet transform after Gaussian white noise is added)

此程序根据王专利撰写的《翼面结构有限元模型节点气动载荷计算》编写 需要的前期准备文件：case01.txt---已知不同工况下各个载荷点力的文件 Force_Site.txt---已知各个载荷点的坐标 Node_Site.txt----有限元节点坐标 输出文件 Nodal_Force_01.txt----存放每个有限元节点计算后分得的力，第一列为节点编号，第二列为节点力大小(This process patent under the king wrote " wing structural finite element model node aerodynamic load calculation" Writing required preparatory documents: case01.txt-- known under different conditions of each load point force file Force_Site. txt--- known each load point coordinates Node_Site.txt---- finite element nodal coordinates output file Nodal_Force_01.txt---- storage node finite element calculation for each share of power, first as the node number, the second column is the size of nodal forces)