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自适应信号处理中LMS算法和RLS算法的比较仿真(Adaptive signal processing in the LMS algorithm and RLS Algorithms Simulation)

music算法运用于波达方向的测定,波达方向的测定先现广泛用于雷达等应用中.music算法是个很成熟的算法,如今学者们就计算量,精确度上的问题又提出了很多的改进算法.如下为 基本算法,可正确运行(music DOA algorithm applied to the determination of DOA in the first radar is widely used in such applications. music algorithm is a very mature algorithm, Now scholars on the calculation accuracy on the problem makes a lot of improved algorithm. following the basic algorithm, can be correctly operation)

逻辑航迹起始算法代码，实现简单的逻辑算法(logical algorithm for Track initiation)

信号分选，雷达信号分选，雷达对抗信息处理(Signal sorting Radar signal sorting, radar information processing)

2元BPSK调制加高斯信道硬判决统计误码率(2 yuan plus Gaussian channel BPSK modulation hard decision error rate statistics)

说明：  采用mtpa矢量控制方法对永磁同步电机进行转速控制，调速范围宽(pmsm mtpa controller)

这是心电项目的程序，VS写的,ecg检测，可以算心率，QRS波间隔(This program is the heart of power projects, VS write of ECG)

Kalman滤波器的MATLAB实现，一个Kalman滤波的应用实例(Lt RTI ID 0.0 & gt u5 & lt /RTI & gt & lt /RTI & gt & lt RTI ID 0.0 & gt u5 & lt /RTI & gt )

电力系统潮流计算，基于BX快速解耦算法，对IEEE14节点标准拓扑网络进行检测，能够正确快速地计算出结果。(Power flow calculation based BX fast decoupled algorithm, IEEE14 standard topology network node detection, able to correctly calculate the results quickly.)

说明：   本书介绍了在Microsoft Windows 98、Microsoft Windows NT 4.0和Windows NT 5.0下程序写作的方法。这些程序用C语言编写并使用原始的Windows Application Programming Interface（API）。如在本章稍后所讨论的，这不是写作Windows程序的唯一方法。然而，无论最终您使用什么方式写作程序，了解Windows API都是非常重要的。(This book describes the Microsoft Windows 98, Microsoft Windows NT 4.0 and Windows NT 5.0 under the process writing approach. These procedures used C language and use the original Windows Application Programming Interface (API). As discussed later in this chapter, and it is not writing the only way to Windows program. However, regardless of how you use the writing process, understand the Windows API are very important.)