GMSK

Gaussian映射的轨迹图、相图，MATLAB，非线性动力学(Gaussian map time histories, phase graph, MATLAB, Nonlinear dynamics)

PLOTTING PHASOR QUANTITIES USING MATLAB IN PSCAD A simple case which uses MATLAB for ploting phasor quantities. Apply the fault during simulation run and observe phasor quantities (you can change type of fault) WARNING * This case only works if you use the Compaq/Intel Fortran Compiler. (PLOTTING PHASOR QUANTITIES USING MATLAB IN PSCAD A simple case which uses MATLAB for ploting phasor quantities. Apply the fault during simulation run and observe phasor quantities (you can change type of fault) WARNING * This case only works if you use the Compaq/Intel Fortran Compiler. )

用matlab编写的自适应遗传算法例子，与传统比较改善(Prepared using matlab examples of adaptive genetic algorithm, the improvement compared with the traditional)

小波矩特征提取matlab代码 (Wavelet moment feature extraction matlab code)

阵列信号处理的高分辨率估计，微分方程组数值解方法，结合PCA的尺度不变特征变换(SIFT)算法。( High-resolution array signal processing estimates, Numerical solution of differential equations method, Combined with PCA scale invariant feature transform (SIFT) algorithm.)

说明：  通过引力搜索算法，进行支持向量机参数优化。实现模式识别和趋势预测。(The parameters of support vector machine are optimized by gravitational search algorithm. Realize pattern recognition and trend prediction.)

will implement either Jacobi, Gauss-Seidel or SOR iterative techniques to solve the problem

说明：  在matlab中模拟the Brownian movement 过程(the Brownian movement )

如果阵元间距小于半波长，则阵元间会产生耦合。如果阵元间距大于半波长，则阵列上会现多余的旁瓣，从而降低天线阵列的性能。而当阵列间距选取为半波长时，所估测出的效果最优。(If the array element spacing is less than half wavelength, it will produce coupling between array elements. If the array element spacing is greater than half wavelength, the array will now be extra sidelobes, thus reducing the performance of the antenna array. When the array spacing is half wavelength selection, the best estimate the effect.)

this file give simulation for Single Input Dual Output 16-QAM Simulation with comparison in SER between Selective Combining,Equal Gain Combining and Maximum Ratio Combining methods