control-system/Assignment 6 - Tuning PID/README.md
2022-09-22 16:27:32 +07:00

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# Derivative Effect on Control System
This dir is belong to Control System class contains with Tuning PID with ZN1 and PSO on motor system.
## Software
This program ran in Matlab
## Variables
`s = tf('s');` defines `s` as 'frequency domain' for transfer function and will be used further.
```
J = 0.01;
b = 0.1;
K = 0.01;
R = 1;
L = 0.5;
```
Those variable comes from BLDC control system.
```
c1=2; c2=2; w_max = 1; w_min = 0.1; particles=50; iterations=100;
var=3; e_max = 1; e_min=0.1;
% Search limit
lim_min = 0;
lim_max = 2500;
```
Variable above is the constant for PSO tuning.
## Testing
### ITAE Cost Function
![itae](https://user-images.githubusercontent.com/77116615/191710404-8b5a9d09-9362-4ace-9185-530930ad2abd.png)
### Step Response
![Screenshot 2022-09-22 162423](https://user-images.githubusercontent.com/77116615/191710444-cfb6b03f-4e3c-4651-b775-1ae2c7cd17d0.png)
## Results
### Before PSO-PID
```
RiseTime: 1.0161
SettlingTime: 1.8471
SettlingMin: 0.0819
SettlingMax: 0.0907
Overshoot: 0
Undershoot: 0
Peak: 0.0907
PeakTime: 3.0168
SSError: 0.9095
```
### After PSO-PID
Kp = 853.2738
Ki = 73.5218
Kd = 2500
```
RiseTime: 9.6110e-04
SettlingTime: 0.0012
SettlingMin: 0.9952
SettlingMax: 0.9977
Overshoot: 0
Undershoot: 0
Peak: 0.9977
PeakTime: 0.0036
SSError: 0.0024
```
### Notes
Contact nanda.r.d@mail.ugm.ac.id for more information
### Links
You can access the source code here
[github.com/nandard/control-system.git](https://github.com/nandard/control-system.git)