canny

MATLAB在振动信号处理中的应用2006年01月第1版王济 Matlab在信号处理方面的应用，很不错的参考书(It is a good book about Matlab s application of Signal processing)

clear 清除内存变量 clc 清空工作区内容 N = 10 一般取6-18间的偶数，N值越大理论上结果越精确 V =zeros(1,N) 申请存储V(i)的空间(So no water influx curve)

小波包去噪，用小波包去除一维信号的噪声,分解小波包系数画图说明比较全面(Wavelet Packet Denoising using wavelet packet to remove the noise of a one-dimensional signal decomposition wavelet packet coefficients drawing the more comprehensive)

it is the nlms algorithm for the echo cancellor

五点差分法(matlab)解椭圆型偏微分方程,包含代码和实例。(Five-point difference method is used to solve the elliptic partial differential equations)

在matlab simulink中建立动态相量分析模块，并对信号进行动态相量分析，验证其有效性(the dynamic phasor analysis module is built at matlab simulink, a signal s dynamic phasor is analized to test this module)

三维 电磁波 有限差分 本来用于计算三维GPR正演，还不是最终版，还在调试PML边界(3D FDTD)

This is a Matlab BPSK source for simulatation. If you neeed adaptive modulation based on power please request one from me.

- MATLAB: Matrix Laboratory (a) Operation modes - MATLAB may be executed in interpreter, compiler, or background mode 􀁹 Interpreter mode * Type commands (statements) in the command window # A statement with semicolon at end: do not display result # A statement without semicolon: display result # Statements with commas: connect statements and display results # A statement of a single variable: just display the value # Percentage ( ): comments # Each line is a single statement or connected statements

一维水质模型，本程序研究一维河流的污染物扩散，短时间持续排放BOD的浓度变化规律 本程序采用中心隐式差分求解 问题t=0到t=1h偶然排放BOD 使河水断面L0=10mg/L河流平均速度5km/h 纵向弥散系数D=2km2/h BOD衰减系数k1=0.015h-1 解BOD浓度 L(x，t)(One-dimensional water quality model, the procedure of one-dimensional dispersion of pollutants in the river, a short continuous changes of the concentration of BOD emissions of the program implicit difference method with central issues t = 0 t = 1h accidental emissions to the BOD to the river section L0 = 10mg/L average speed of the river 5km/h vertical diffusion coefficient D = 2km2/h BOD decay coefficient k1 = 0.015h-1 Solution for BOD concentration L (x, t))