kalman filter in matlab package, very wide and practical

接收端对有干扰污染后的信号进行对应解码，并计算误码率； 将输出仍然排列为n列的矩阵，计算监督矩阵H，用编码矩阵和监督矩阵相乘判断是否有误码，并根据错误图案纠正误码(The receiving end of pollution have interference signals corresponding to decoding, and calculate the bit error rate the output is still ranked as the n column matrix, computing the supervision matrix H, with matrix encoding and monitoring to determine whether matrices have error, and in accordance with error patterns to correct error)

qt的一个设计模式 内有详细注解 是学习QT的很好的小例子(qt a design pattern with detailed annotations are a good learning small example of QT)

认知无线电中的重要技术的仿真应用 放大数据仿真值 AM FM(failed to translate)

分布式电源系统具有大容量、高效率、高可靠性等优点，其广泛采用多模块并联方式，但模块间因为控制参数不同，且各模块输出是电压源性质，如果没有特殊的均流措施，输出电压的微小偏差会导致输出电流很大的差别，一旦某个模块过载，将造成一个或多个功率器件热应力过大，从而降低系统的稳定性。(The current-sharing is one of the key technologies in Paralleled DC/DC converters to distribute the load current equally. Common current-sharing technologies are divided into passive and active methods. With different kinds of output voltage regulation and different means of current sharing line production, several control methods are proposed in the active methods. The principle of current sharing technologies and main current-sharing methods are systematically analyzed, some new current-sharing methods which include masterless modular current-sharing (MMCS) technique and no current share line control are summarized. The technology of current sharing tends toward the direction of digitalization and intellectualization with digital control. )

生活中常用的英文单词，凭此即可掌握生活中最常用的英文单词。不可不掌握！(Life in common English words, which lets you can control life, the most commonly used English words. Can not do not have!)

说明：  《精通MTLAB最优化计算》第12章 二次规划 源码(&quot The most proficient MTLAB Optimization&quot Chapter 12 quadratic programming source code)

计算logistic映射李雅普诺夫指数的matlab程序(calculated logistic mapping Lyapunov exponent of Matlab procedures)

Polynomial code in c++, contain differnet functions

介绍了近场波束形成的实现方法 以及利用三维扫描得到目标方位的方法(Describes the method as well as near-field beam forming method using three-dimensional orientation of the scanned target)

说明：  基于MRAS的PMSM无传感器控制simulink仿真(Sensorless Control Simulation of PMSM Based on MRAS)