ROMP

用matlab实现奇异值分解的算法,奇异值分解是LSA的基础，要理解LSA必须了解SVD.(Using matlab to achieve the singular value decomposition algorithm, singular value decomposition is the basis of the LSA, LSA must know to understand the SVD.)

电力电子技术各种基本电路的Simulink仿真，比如单相半波，单相全波，三相半波，三相全波，三相桥式等等各种电子电路的仿真(Simulink power electronics technology of basic circuit simulation, such as single-phase half-wave, single-phase full-wave, three-phase half wave, full wave simulation of three-phase, three-phase bridge so a variety of electronic circuits)

基于Matlab的 GUI的集成软件，功能包括： 1、海杂波模型仿真和统计分析（瑞利、韦伯、对数和K分布SIRP和ZMNL法）； 2、海杂波/波导参数估计（海杂波、多径和波导参数和雷达探测性能估计）； 3、实测海杂波数据统计分析。(Matlab' s GUI-based integrated software, features include: 1, sea clutter model simulation and statistical analysis (Rayleigh, Weber and K on the number and distribution of SIRP and ZMNL Act) 2, Sea Clutter/waveguide parameter estimation ( sea clutter, multipath and the waveguide parameters and the radar detection performance is estimated) 3, measured sea clutter data statistical analysis.)

主要根据回声路径的改变来判断是否发生了双端通话，对研究算法的同学具有一定的参考价值。(A double-ended conversation about the detection of foreign literature, mainly based on changes in the echo path to determine whether there has been double-ended conversation, students study algorithm has a certain reference value.)

Read Matrix for SAR DATa

说明：  本例采用最优控制的方法,利用二次型性能指标,保证小车所滑过的距离和整个过程所花费的能量达到最优值.程序包括initial.m,yjlqgctr.m,cartoon.m,simlqgyj.slk等文件(cases using the optimal control methods, using quadratic performance indicators, Trolley assured by sculpting the distance and the whole process will have to spend energy to achieve the optimal values. procedures include initial.m , yjlqgctr.m, cartoon.m, simlqgyj.slk documents)

雷达恒虚警模块的仿真程序,添加瑞丽噪声，产生回波，恒虚警快慢处理(Emulator radar CFAR module, add Ruili noise generated echoes CFAR processing speed)

说明：  模拟有限元仿真中的力分布，变形量大小分布(force distribution simulation in FEM)

改进MUSICA算法前后向空间平滑法及修正MUSIC算法是两种估计相关信号的方法,能有效的估计出相关信源的来波方向。(It can effectively estimate the relevant source. For the simulation, this paper shows it’s reasonable. It is in radar, communications, seismic, and other fields there is a very broad application prospects.)

Regularized Logistic Regression