Numerical-Methods-Engineering

LMS的一个好算法，你可以自己动手。仿真通信系统，让你收益。好东西大家一起分享(LMS is a good algorithm, you can do-it-yourself. Simulation of communication systems, allows you the proceeds. Good things share with everyone)

自己编的matlab程序 跑过之后觉得效果还可以(good)

现代通信系统(MATLAB版)(第二版)刘树棠译 本书系Brooks/Cole出版公司（Thomson Learning出版集团的下属子公司）2000年推出的BookWare系列丛书（BookWare Companion SeriseTM）之一种。该书提供了利用MATLAB的普及型学生版本在计算机上解决“现代通信系统”这门课程中涉及的几乎所有方面的问题的分析思路、方法、MATLAB脚本文件和处理结果的范例以及供学生自主学习研讨的习题。全书内容分为9章，分别是：信号与线性系统；随机过程；模拟调制；模拟/数字转换；基带数字传输；带限信道的数字传输；载波调制的数字传输；信道容量和编码；扩频通信系统。 (This book Brooks/Cole Publishing (Thomson Learning Publishing Group, a subsidiary) in 2000 launched BookWare Series (BookWare Companion SeriseTM) of a kind. The book provides the advantage of the popularity-based student version of MATLAB on the computer to solve the " modern communications systems," This course covered almost all aspects of the analysis of ideas, methods, MATLAB script files and processing the results of examples, as well as independent study for students seminar to answer. The book consists of nine chapters, namely: Signal and Linear System stochastic process analog modulation analog/digital conversion base-band digital transmission band-limited channel digital transmission carrier modulation digital transmission channel capacity and coding spread-spectrum communication systems.)

NR METHOD FOR POWER SYSTEM

matlab海浪模拟程序文中的两个word分别是在二维和三维下海浪的波形图（有所提供的matlab源程序生成） bopu.m是标准的p-m谱，输入风级数和频率数得到该风级下的p-m谱 erweihailangboxing.m是生成三维海浪波形的源程序，输入风级数，频率数和角度数得到该风级下的海浪波形； hailangboxing.m是生成二维海浪波形的源程序，输入风级数和频率数得到该风级下的海浪波形； SDwave.m是分形法所用的源程序，与本线性得加法所采用的 方法不一样。。纯属我毕设的客串。。所得波形为二维的海浪。(wave matlab simulation program)

Time series RBF predict

to generate pulses for controlling an inverter

MIE散射仿真，包括球贝塞尔函数，散射光强，散射系数，偏振度。运行TEXT即可，原创代码，欢迎指正。(MIE scattering simulation, including the spherical Bessel function of the scattering intensity, the scattering coefficient, the degree of polarization. Original code, please correct me.)

alcatel programa de lenjuage sencillo para celular

2D HOMOGRAPHY FOR IMAGE PROCESS