搜索资源列表
普通端射阵天线的matlab程序
- 普通端射阵天线的matlab程序 clear; f=3e10; lamda=(3e8)/f; beta=2.*pi/lamda; n=10; t=0:0.01:2*pi; d=lamda/4; W=beta.*d.*cos(t); z1=((n/2).* W)-n/2*beta*d; z2=((1/2).* W)-1/2*beta*d; F1=sin(z1)./(n.*sin(z2)); K1=abs(F1); polar(t,K1) ;
CIC滤波器matlab代码
- CIC滤波器matlab代码 D=5; r=D; fs=1e5; S3_cic=conv(conv(ones(1,D),ones(1,D)),ones(1,D)); %三个单级卷积 [h3,f3]=freqz(S3_cic,1,1000,fs); plot(f3/(fs/2),20*log10(abs(h3))-max(20*log10(abs(h3))),'r','LineWidth',1.4) ylabel('\fontsize{12}\bf幅度响应（dB）') xlabel('\fonts
ABS
- 该程序根据汽车ABS工作原理对系统进行建模，实现对防抱死制动系统的仿真分析，辅助相关研究-The program works under the vehicle ABS system modeling, to achieve the anti-lock braking system simulation analysis, supporting research
chap04
- matlab实例clearN=100f=zeros(50,50) f(15:35,23:28)=1 figure(1)imshow(f, notruesize )F=fft2(f,N,N) F2=fftshift(abs(F)) figure(2)x=1:N y=1:N mesh(x,y,F2(x,y)) colormap(gray) colorbar-matlab
abs
- 汽车ABS刹车自动系统的Matlab建模与仿真实现-Auto ABS brakes Automatic System Modeling and Simulation Matlab
two_ray_model
- Modelo de dos rayos de Andrea Goldsmith (figura 2.5, según expresión 2.12) f = 0.9 frecuencia en GHz landa = 0.3/f en m R = -1 coeficiente de reflexión en tierra ht = 10 altura del transmisor en m hr = 2 altura del receptor en m Gt
abs
- 单轮ABS仿真代码，对汽车动力学仿真有参考意义。-Single_whell abs simulation code, will help you on the simulation in auto dynamics
matlab-work
- f=zeros(30,30) f(5:24,13:17)=1 imshow(f, notruesize ) F=fft2(f,256,256) F2=fftshift(F) figure,imshow(log(abs(F2)),[-1 5], notruesize ) -f=zeros(30,30) f(5:24,13:17)=1 imshow(f, notruesize ) F=fft2(f,256,256) F2=fftshift
pid
- abs的pid控制，自己编的，没有优化。可以运行！-abs of pid control, their series, not optimized.you can run it!
PID
- PID ABS的控制系统，参数已经整定完毕，采用的是单轮模型-PID ABS control systems, parameter tuning has been completed, using a single wheel model
Matlab-pid-fuzzy-control-
- 基于汽车pid模糊控制matlab仿真，可计算汽车abs过程-Matlab pid fuzzy control based on vehicle simulation, calculate car abs process
reu7
- THE ANTI LOCK BRAKE SYSTEM MODEL WITH WHEEL SPEED,VEHICLE SPEED AND SLIP RATIO MATLAB. Simulink are used to develop and simulate the controllers. Then, Simulink Coder, and Real-Time Windows Target are used to generate and run the resulting controller
matlab
- 汽车ABS防抱死系统 程序开发汽车 ABS防抱死系统 程序开发-ABS anti-lock braking system Automotive automotive ABS anti-lock braking system program development Program Development
adaptivestrategy
- You can disable this diagnostic by setting Automatic solver parameter selection diagnostic to none in the Diagnostics page of the configuration parameters dialog. Warning: Square root of a negative number in afcabs/SMC2/Hydraulic Actuator1/Fcn2
ABS gui控制
- MATLAB abs防抱死系统 加入干扰 用PID进行校正。(MATLAB ABS anti lock system adds interference and corrects with PID.)
Matlab程序及模型图
- MATLAB的汽车防抱死制动系统建模仿真(Modeling and Simulation of anti lock braking system of MATLAB)
ABS控制及悬架
- matlab实现汽车ABS仿真控制策略；simulink实现汽车悬架控制策略(MATLAB realizes automobile ABS simulation control strategy; Simulink realizes vehicle suspension control strategy.)
abs制动及过程仿真分析
- 利用MATLAB软件进行了ABS控制器设计，并对制动过程进行了分析。(The ABS controller is designed by using MATLAB software, and the braking process is analyzed.)
ABS
- 基于MATLAB的汽车制动防抱死制动，车速与轮速计算滑移率。(MATLAB - based car brake anti - lock braking)
ABS
- ABS汽车制动防抱死系统的MATLAB/SIMULINK仿真模型，通过门限值作用(ABS(MATLAB/SIMULINK simulation model of automobile anti-lock braking system, through the threshold effect))