ActiveX-communicate-with-MATLAB

说明：  Full search for MATLAB

没会用，大家看看吧。工具箱这个是，我没太弄明白，也不是很会用，会用的真心麻烦您给个回复(never use it)

基于阵列信号处理的空间多目标跟踪，很有用。(Space based on array signal processing, multi-target tracking, and useful.)

Nando de Freitas 编写的RBPF 程序对应的论文(Nando de Freitas-RBPF-Paper)

qpsk over rayleigh channel

gmcalab 快速广义的形态分量分析，基于K均值的PSO聚类算法,PLS部分最小二乘工具箱。( gmcalab fast generalized form component analysis, K-means clustering algorithm based on the PSO, PLS PLS toolbox.)

C编写的BPSK调制解调，很有用，值得学习，代码编写很规范(Written in C BPSK modulation and demodulation, very useful, it is worth learning, very standardized coding)

等间距线性阵列，阵元数M=8，阵元间距d= λ /2，等幅加权，目标方位φr =0°。产生空间白噪声矢量（复高斯分布）。 设阵列信号矢量元素s(m)=exp[j mψr]，其信号幅度为1，该阵元接收机附加的高斯噪声为n(m)=nmr+jnmi，其中实虚部均为独立同分布N(0, σ2)的高斯随机数，则该通道合成信号x(m)=s(m) + n(m)，其中信噪比为： SNR = 10 lg[1/(2σ2)] = – 3 – 10 lg(σ2) (dB) (The spacing of the linear array, and the array element number M = 8, the array element spacing d = λ/2, equal amplitude weighted target azimuth φR = 0. Space generated white noise vector (complex Gaussian distribution). Let array signal vector elements s (m) = exp [j mψr], the signal amplitude, the element receiver additional Gaussian noise n (m) = nmr+jnmi which the real and imaginary parts are independent and identically distributed N ( Gaussian random numbers of 0, σ2), the channel the synthesis signal x (m) = s (m) the PPLS n (m), where SNR is: SNR = 10 lg [1/(2σ2)] =- 3- 10 lg (σ2) (dB))

Contour Detection and Grouping

无网格伽辽金法，主程序，结合以上传的前两个程序来使用，算杆的应力，和位移！(element-free Galerkin method, main program, a combination of the first two upload procedures to use, operator of stress and displacement.)