搜索资源列表
circle
- function [] = circleagain(a,b,c,r) pixel = 0.1 theta1 = 0 theta2 = 360*pi/180 pix = pixel/r theta = theta1:pix:theta2 global x y z x = a + r*cos(theta) y = b + r*sin(theta) z = ones(1,length(x))*c x=round(x*10)/10 y=ro
CoS-in-EX4200
- Its docs abouts ex420 switch
matlab
- 文件1：复数的表达与计算；文件2：用matlab计算∛ (-8)，并用图形表示；文件3：用符号计算研究方程sin(3)uz^2+vz+3w-a5=0的解；文件4：求阿基米德螺线r=a*θ,(a>0)在θ=0到φ间的曲线长度函数，并求a=1,φ=2п间的曲线长度；文件五：著名的Givens旋转G=[■(cos t&-sin t@sin t&cos t)]对矩阵A=[■(√3/2&1/2@1/2&√3/2)]的旋转作用。-five programs about matlab
cos
- 使用汇编语言编写的用于产生余弦和正弦信号的程序-Hand-coded used to produce cosine and sine signal process
interference
- 模拟二维平面干涉图，I(x,y,t)=a(x,y)+b(x,y)*cos(ph(x,y)+w*t)-Simulation of two-dimensional interference pattern
TransformDCT
- Discrete cos transform code on matlab
GA
- 遗传算法应用程序使用说明： 1.安装MATLAB5.X； 2.建立目录：(c:\GeneticProgram),并将这里提供的所有源程序拷入该目录； 3.运行(c:\GeneticProgram)中的 startup； 4.在MATLAB Command Window内直接运行程序 FloatExample和BinaryExample。 FloatExample和BinaryExample分别采用浮点编码和二进制编码方法，求函数 y=20+x + 10*sin(
Fading-channel-simulation
- 衰落信道仿真 function r = rayleigh( fd, fs, Ns ) r = rayleigh(fd,fs,N) A Rayleigh fading simulator based on Clarke s Model Creates a Rayleigh random process with PSD determined by the vehicle s speed. INPUTS: fd = doppler frequency
Untitled2
- verify the 1st-order delta-sigma modulation by sampling the sinusoidal wave of cos 2πt + 4cos 6πt , assuming an oversampling factor of 16
sincos
- 用verilog实现sin和cos的计算-verilog sin cos
fft_1
- 已知两个序列x[n]=cos(n*pi/2), y[n]=ej*pi*n/4x[n],绘制X(ejw)和Y(ejw)和幅度和相角,说明它们的频移关系-The known two sequence x [n] = cos (n* PI/2), y [n] = ej* PI* n/4 x [n], draw x (ejw) and y (ejw) and amplitude and phase Angle, suggesting their frequency shift relationship
printCOSPic
- 对于数组的使用，还用对于控制符的使用 对于初学Windows-Concles的人来说是很好地资料-this is only to print cos picture that use windows ,it is easy for the property learning C student
sin_cos
- 用CORDIC算法实现非线性函数sin，cos的求值，即只用加减法和右移位操作来求sin，cos-compute sin and cos by CORDIC arithmetic
test2
- 自己编写的一个COS曲线,效果不是很好，期待大家共同讨论交流，还有自己编写的一个链表程序，运行成功了-creat a cos(x) line by myself
cordic_verilog
- cordic算法 Verilog源码 求sin和cos-cordic Verilog
j
- java 计算器，实现了基本的简单计算器所有功能，包括加减乘除，MCM+MS，sin，cos，tan等-java calculator, basic and simple calculator all functions, including Math, MCM+MS, sin, cos, tan
chengxu
- 基于uC/COS的直流电机PID转速闭环调速控制系统Proteus仿真实现-Proteus simulation based on uC/COS speed of DC motor PID closed-loop speed control system implementation
CSharp
- C#1实现使用“Graphics”类的“DrawPie”方法和“FillPie”方法绘制立体饼图 C#2实现使用绘制线段函数画cos曲线 C#3实现使用“Graphics”类的“DrawLine”方法绘制圆。 C#4实现文本编辑器的设计 C#5实现鼠标事件-C# using the " Graphics" class " DrawPie" methods and " FillPie draw three-dimensional pie
jsq
- 一个计算器实现一般功能能进行球sin cos 等操作-A calculator for general functions
PPT
- 嵌入式实时操作系统μCOS原理与实践PPT 电子科技大学-Embedded real-time operating system 渭COS Principles and Practice PPT University of Electronic Science and Technology