MRTD2D_TE_DB_FDTD

有限差分方法（网格法）是最早使用的一种电磁场数 值计算方法。 边值问题 物理思想：场域离散。 （连续区域→网格和节点） 数学基础：差分原理。 （微商→差商） 线性代数方程组 §6-3 有限差分方法 作为数值计算方法，有限差分法将连续场域的问题变换 为离散系统的问题（连续场域划分为若干个细小的区域：网 格和节点）。也就是说通过离散化模型上各离散点的数值解 来逼近连续场域内的真实解。(The finite difference method (grid method) is the earliest use of an electromagnetic field the number of Value method. Boundary Value Problems Physical idea: the field of discrete. (Contiguous area → grid nodes) Mathematical foundations: the difference principle. (The Derivative → difference quotient) Linear algebraic equations. § 6-3 Finite Difference Method Numerical methods, finite difference method will transform the problem of the continuous field For discrete systems (continuous field is divided into several small areas: network Grid nodes). That is, the value of the discrete points in the discrete model solution To approximate the true solution of the continuous field domain.)

提取语音信号的lpc参数可调用lpcfit.m 程序(voice signal from the lpc parameters of available procedures lpcfit.m)

Numerical Methods in Engineering with Python英文原版和代码，通过举例介绍原理和方法，再介绍如何用python实现(Numerical Methods in Engineering with Python English original and code, by way of example describes the principles and methods, and then how to use python to achieve)

自适应滤波算法与实现，有些matlab的实现方法，一本不错的书(A book for adaptive digital filter and implement, and this book is very good)

基于盲信号抽取的雷达信号分选技术研究，基于盲信号抽取的雷达信号分选技术研究(Blind signal extraction based on radar signals sorting technology research, based on blind signal extraction technology of radar signal sorting)

雷达方程----------根据参数计算雷达方程,并绘制相应图像(Radar equation ---------- according to the parameters to calculate the radar equation, and draw the corresponding image)

1.深入理解最佳基带系统的概念。 2.掌握用Matlab进行通信系统仿真的方法。(digital low-pass filter)

包含Dijkstra、Floyd、kruskal、动态规划、随机数生成等MATLAB程序(Contains Dijkstra, Floyd, kruskal, dynamic programming, random number generator, such as MATLAB program)

雷达杂波的matlab仿真程序。包含各种概率和分布(Matlab radar clutter simulation program. Includes a variety of probability and distribution)

controlfor simple pendulium in simulink