BA_nornor2

it is the power system in matlab programing

大量实验表明,提出的方法对同种传感器或者不同传感器图像之间的配准都是有效的。 提出了一种新的基于角点检测的图像配准方法,其核心思想是采用一种快速的 基于图像灰度的角点检测新算法,通过沿圆弧曲线扫描获取角点信息,然后根据这些 角点信息建立图像间角点的对应关系,并由此得到初配准参数,最后通过迭代过程以 提高配准的精度. 理论分析和实验结果表明,该算法对图像间的旋转角度没有限制, 配准精度高而且计算量较小. (Experiments show that the proposed method on the same kind of sensor or between the different sensor image registration is valid. A new corner detection based image registration method, the core idea is to use a fast gray-based new algorithm for corner detection, scanning through the curve along the arc for corner information, and then based on these corner information to establish image correspondence between the corners, and thus be the beginning of registration parameters, and finally through the iterative process to improve the accuracy of registration. Theoretical analysis and experimental results show that the algorithm is rotation between the image does not limit , registration accuracy and less computation.)

关于雷达系统的仿真matlab程序，分章节列举，希望对大家有用(About multiple radar systems simulation matlab program, I hope useful)

bidirectional CSA(cross search algorithm) for motion estimation

说明：  相位片制作，全息图实现,很好的源代码，包括原图重现图(Phase film production, a hologram to achieve)

matlab语言程序。采用Mallat重构算法提取出的暂态扰动波形(matlab language program. Mallat reconstruction algorithm using transient disturbance waveforms extracted)

地表一致性Gabor反褶积，提高地震横向分辨率的一种关键技术(Gabor surface consistency deconvolution, a key technology to improve the seismic lateral resolution)

说明：  LDPC码的编译码算法的实现与仿真，以及平均误码率的分析。(LDPC code decoding algorithm implementation and simulation, and the average bit error rate analysis.)

simulatin of short shant dc motor in matlab simulink by a very simple way

用最优控制原理来控制五自由度无轴承电机（竖立，转子的上、下部各放置四个电磁铁，z轴为竖立方向的控制先不考虑，只考虑，x，y轴方向的稳定)(Using optimal control theory to control the five degrees of freedom bearingless motor (erected on the rotor, the lower part of the placement of four electromagnets, z-axis direction control for the erection of the first not considered, only the, x, y-axis direction of the stable))