Integration Project Systems and Control 2013 Group 1

From Control Systems Technology Group

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(Planning)
(Planning)
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|''Literature Study regarding the following aspects:''||
|''Literature Study regarding the following aspects:''||
|-
|-
-
| - Matlab files provided
+
| - matlab files provided
|-
|-
-
| - Inputs/output variables regarding the given model
+
| - inputs/output variables regarding the given model
|-
|-
-
| - Different types of controller
+
| - different types of controller
|-
|-
-
| - Design Criteria
+
| - design Criteria
|-
|-
|''Lab activity:''||
|''Lab activity:''||
|-
|-
-
| - Meeting the robot
+
| - meeting the robot
|-
|-
-
| - How the robot moves
+
| - how the robot moves
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|-
|'''Feb 25 - Mar 3'''||  
|'''Feb 25 - Mar 3'''||  
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|-
|-
| - design a PID feedback controller(preparation for the lab)
| - design a PID feedback controller(preparation for the lab)
 +
|-
 +
| - system identification procedures
|-
|-
| - FRF measurement(preparation for the lab)
| - FRF measurement(preparation for the lab)
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| - get the FRF measurements
| - get the FRF measurements
|-
|-
 +
|'''Mar 4 - Mar 10'''||
 +
|-
 +
|''Literature study regarding the following aspects:''||
 +
|-
 +
| - feedforward Controller
 +
|-
 +
| - design criteria (bandwidth, margins, sensitivity, steady state error, time response)
 +
|-
 +
| - work with shapeit to design optimal controllers for each axis (prepare the controllers to test them during the lab)
 +
|-
 +
| - reference trajectory(preparation for the lab)
 +
|-
 +
|''Lab activity:''||
 +
|-
 +
| - get the FRF measurements for the left robot
 +
|-
 +
| - test the controllers that we construct on shapeit
 +
|-
 +
| - get the reference trajectory
|}
|}

Revision as of 18:17, 6 March 2013

Contents

Group Members

Name: Student id: Email:
Abhishek Bareja 0825433 a.bareja@student.tue.nl
Ioannis Kokkinakis 0832282 i.kokkinakis@student.tue.nl
Evangelos Stamatopoulous 0827743 e.stamatopoulos@student.tue.nl
Donatella De Cesare 0821444 d.de.cesare@student.tue.nl

Planning

Week:
Feb 18 - Feb 24
Literature Study regarding the following aspects:
- matlab files provided
- inputs/output variables regarding the given model
- different types of controller
- design Criteria
Lab activity:
- meeting the robot
- how the robot moves
Feb 25 - Mar 3
Literature study regarding the following aspects:
- non-linearities
- friction model
- coupled phenomena
- design a PID feedback controller(preparation for the lab)
- system identification procedures
- FRF measurement(preparation for the lab)
Lab activity:
- design the stabilizing(PID) controller
- get the FRF measurements
Mar 4 - Mar 10
Literature study regarding the following aspects:
- feedforward Controller
- design criteria (bandwidth, margins, sensitivity, steady state error, time response)
- work with shapeit to design optimal controllers for each axis (prepare the controllers to test them during the lab)
- reference trajectory(preparation for the lab)
Lab activity:
- get the FRF measurements for the left robot
- test the controllers that we construct on shapeit
- get the reference trajectory

Progress

Week 1

Week 2

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