EARB1

总共有三个源代码： progam1:波达方向估计DOA：三个接收器对波达方向的联合估计问题 progam2:利用电子旋转求DOA progam3:波达方向矩阵法对水听器的DOA进行估计　超好(A total of three source code: progam1: Direction of Arrival Estimation DOA: three receivers on the joint DOA estimation problem progam2: the use of electronic rotary seeking DOAprogam3: DOA matrix method of hydrophone DOA estimate super good)

tutorial, matlab, genetic algorithm

交流永磁同步电机矢量控制模型，仿真效果好，可供学习电机的同行参考。(AC permanent magnet synchronous motor vector control model, simulation results, and for learning motor peer reference.)

矩阵分解求逆中的Cholkski分解算法的Matlab仿真。(Inverse matrix decomposition decomposition algorithm in the Matlab simulation Cholkski.)

Third Menu Stenography

性能最好的单用户能量检测频谱感知，都是最好的东西，曲线和理论值进行比较，效果明显。欢迎批评指正。(The best performance of a single-user energy detection spectrum sensing, are the best thing, curves and theoretical values ​ ​ are compared, the effect is obvious. Welcome criticism.)

In this paper, a multimodal image fusion algorithm based on multiresolution transform and particle swarm optimization (PSO) is proposed. Firstly, the source images are decomposed into low-frequency coefficients and high-frequency coefficients by the dual-tree complex wavelet transform (DTCWT). Then, the high-frequency coefficients are fused by the maximum selection fusion rule. The low-frequency coefficients are fused by weighted average method based on regions, and the weights are estimated by the PSO to gain optimal fused images. Finally, the fused image is reconstructed by the inverse DTCWT. The experiments demonstrate that the proposed image fusion method can illustrate better performance than the methods based on the DTCWT, the support value transform (SVT), and the nonsubsampled contourlet transform (NSCT).

利用Hopfield神经网络模型，可以快速找到最优的一条路线。(Hopfield neural network model, can be used to quickly find the optimal route.)

这是一本很好研究光通信中非线性的书，其中的原理很新颖。希望对您有帮助(This is a good book to study nonlinear optical communication, the principle is very new.I hope for your help)

说明：  ISAR 成像与运动补偿,包括成像结果分析(ISAR imaging and motion compensation, including analysis of imaging results)