搜索资源列表
othermfiles.rar
- Describes how to find the theta value in CPFSK,Describes how to find the theta value in CPFSK
Radar_Cross_Section_Dielectric_Sphere
- This program plot the Bistatic Radar Cross Section of a dielectric sphere as a function of theta.(Analytic Method)
dds
- matlab下实现的DDS发生器,可观察其发生信号的波形,频谱。 运行前请先输入 global theta theta=0 -matlab implementation of the DDS generator, may happen to observe the signal waveform, spectrum. Please enter a pre-operational global theta theta = 0
Four-barlinkage
- 与四连杆之分析相同,在任何杆之延伸点上之位移、速度及加速度等亦可利用sldlink()、body()、fb_sld_linits()及drawlinks()等函数进行分析。 利用drawsldpaths()函数则可达到整合的目的。 其呼叫之方式如下: drawsldpaths(r6,th6,r,th1,theta,td2,tdd2,sigma,npts,driver,mode) 输入参数 • r :四连杆之长度,一列向量表示。 •
genetic
- This program runs a GA. The roulette wheel method for parent selection is used here. Elitism is included. Parent selection is from the population including the elite chromosomes. The standard bit form is used here. As usual, code works in
ForcedPendulum
- This simulink model simulates the damped driven pendulum, showing it s chaotic motion. theta = angle of pendulum omega = (d/dt)theta = angular velocity Gamma(t) = gcos(phi) = Force omega_d = (d/dt) phi Gamma(t) = (d/dt)omega + omega/Q
Bw
- this document about Brain waves alpha,beta,theta and delta and their frequencies range and how to detect them using any software labview and matlab
find_trans_radon_peaks
- A simple code to find all the peaks in the radon space which are higher then the threshold given by the user , this code return the polaire coordinates (rho, theta) of every peak
gaborfilter.tar
- Gabor滤波器经常被用于形状检测和特征提取,比如增强指纹图像。本代码用matlab实现了一个二维Gabor滤波器。 代码使用如下: function [G,gabout] = gaborfilter1(I,Sx,Sy,f,theta) from gaborfilter1 with different f(Frequency) and theta(Angle). for example f:0,2,4,8,16,32 theta = 0,pi/3,pi/6
wilson_zeta_3
- seismic response analysis of MDOF structures using wilson-theta method
gongyu-guanlixitong
- matlab程序语言,图像增强算法的代码- Function [U, minv, SS] = Nonlinear_Diffusion (U_0, tau, eps, p, T, theta, sigma, fig_handle) Performs nonlinear scalar valued and coupled vector/matrix valued diffusion Inputs: U_0 nxmx dxw input field: D = 1, w
DTFT
- 给出了x(n)=A*a^n*cos(w*n+theta),A,a,w,theta均为实数,程序中给出了如何不同过matlab的自带工具箱求解其DTFT的过程-Given x (n) = A* a ^ n* cos (w* n+ theta), A, a, w, theta, are real numbers, the procedure given how different matlab comes toolbox for solving itsthe process of DTFT
lab-pgms
- This a MATLAB based program that computes the: I. Maximum directivity (dimensionless and in dB) II. Radiation resistance (Rr) III. Input resistance (Rin) IV. Reactance relative to current maximum (Xm) V. Input reactance (Xin) VI. N
Fuzzy-Neural-Network-by-matlab
- 这是一个四个不同的S函数实现集合的递归模糊神经网络(RFNN)。该网络采用了4组可调参数,这使得它非常适合在线学习/操作,从而可应用到系统识别等方面。-This is a collection of four different S-function implementations of the recurrent fuzzy neural network (RFNN) described in detail in [1]. It is a four-layer, neuro-fuzzy net
Solution-of-the-orbit-equation
- Solution of the orbit equation: Theta as function of time t. Numerical solution of Kepler’s equation for the elliptical test problem Matlab code-Solution of the orbit equation: Theta as function of time t. Numerical solution of Kepler’s equa
Matlab-INS-toolbox
- 该惯性导航系统工具箱(INS)就是专门为这个目的设计的。这个工具箱可以用来模拟仿真载体动力学,处理原始测量值(加速计上的delta-V数据和陀螺仪上的delte-theta数据)和数据。-The inertial navigation system (INS) is specially designed for this purpose. The kit can be used to simulate carrier dynamics, processing raw measurements (
GongSheng
- % 图像检索——纹理特征 %基于共生矩阵纹理特征提取,d=1,θ=0°,45°,90°,135°共四个矩阵 %所用图像灰度级均为256 %参考《基于颜色空间和纹理特征的图像检索》(% image retrieval - texture features % based on co-occurrence matrix texture feature extraction, d=1, theta, =0 degrees, 45 degrees, 90 degrees, 135 degrees
F17AeroII_ cn + hw 09
- 计算空气动力学膨胀激波,知道theta,beta之一可求得另一个值(Calculation of aerodynamic expansion shock wave)
MATLAB教学视频:傅里叶变换的频域滤波详解
- 这个可以用来做结构动力学的反应,求解wilson-theta的(This can be used to respond to structural dynamics)
theta
- matlab提供大量函数,可以方便的完成fbp算法(MATLAB provides a great number of functions, which enables us to complete FBP successfully.)