Nyhetsflöde

Lecture notes in PDF 
* Lecture 1 introduction Lecture 1

* Lecture 2 modeling Lecture 2
Simulink model and init script for simulation of the non linear spring. Non linear spring model¶

Maple skript for model calculation of a 2 mass model. MBS second order¶


*  Lecture 3, Feedback control -continuous time design - Lecture 3
 ¶

¶

Lecture notes in PDF 
* Lecture 1 introduction Lecture 1

* Lecture 2 modeling Lecture 2
Simulink model and init script for simulation of the non linear spring. Non linear spring model

Maple skript for model calculation of a 2 mass model. MBS second order

*  Lecture 3, Feedback control -continuous time design - Lecture 3
Maple script for pole placement design  Pd_pos¶

 

Lecture notes in PDF 
* Lecture 1 introduction Lecture 1

* Lecture 2 modeling Lecture 2
Simulink model and init script for simulation of the non linear spring. Non linear spring model

Maple skript for model calculation of a 2 mass model. MBS second order

*  Lecture 3, Feedback control -continuous time design - Lecture 3
Maple script for pole placement design PD_pos  For some unknown reason changes the file uppload function the files extension from PD_pos.mw to PD_pos.xml. However, just save the file to disk and rename it to .mw then you can open it in Maple. 

Lecture notes in PDF 
* Lecture 1 introduction Lecture 1

* Lecture 2 modeling Lecture 2
Simulink model and init script for simulation of the non linear spring. Non linear spring model

Maple skript for model calculation of a 2 mass model. MBS second order

*  Lecture 3, Feedback control -continuous time design - Lecture 3
Maple script for pole placement design PD_pos  For some unknown reason changes the file uppload function the files extension from PD_pos.mw to PD_pos.xml. However, just save the file to disk and rename it to .mw then you can open it in Maple. 

* Lecture 4, Feddback control -discrete time design lecture 4
Download reading material, Computer Control an overview, by Åström, Wittemark and Årzen. IFAC_Control¶

Important chapters are:¶

Chapter 9, Pole placement design -> corresponds to Lecture 4¶

Chapter 6, Approximation of Continuous time controller -> corresponds to Lecture 3¶

Chapter 11, Practical issues -> corresponds to Lecture 6¶

Parts of the following chapters are also good to read:¶

Chapter 2 Sampling and reconstruction¶

Chapter 3 Mathematical models¶

Chapter 5 Control design and specifications¶

 ¶

 

Lecture notes in PDF 
* Lecture 1 introduction Lecture 1

* Lecture 2 modeling Lecture 2
Simulink model and init script for simulation of the non linear spring. Non linear spring model

Maple skript for model calculation of a 2 mass model. MBS second order

*  Lecture 3, Feedback control -continuous time design - Lecture 3
Maple script for pole placement design PD_pos  For some unknown reason changes the file uppload function the files extension from PD_pos.mw to PD_pos.xml. However, just save the file to disk and rename it to .mw then you can open it in Maple. 

* Lecture 4, Feedback control -discrete time design lecture 4
Download reading material, Computer Control an overview, by Åström, Wittemark and Årzen. IFAC_Control

Important chapters are:

Chapter 9, Pole placement design -> corresponds to Lecture 4

Chapter 6, Approximation of Continuous time controller -> corresponds to Lecture 3

Chapter 11, Practical issues -> corresponds to Lecture 6

Parts of the following chapters are also good to read:

Chapter 2 Sampling and reconstruction

Chapter 3 Mathematical models

Chapter 5 Control design and specifications

 ¶
*  Lecture 5, Model following servo control L5
* Lecture 6, Controller implementation Lecture 6
* Lecture 7, Robusteness to modelling errors and sensor noise, L7
 

Exercices for the course Exercises 1 modeling modeling The first set of exercices, modeling should be finished until 25/1.

Exercises 2 modeling of sensors and actuators   Exercises 2

Exercices for the course Exercises 1 modeling modeling The first set of exercices, modeling should be finished until 25/1.

Exercises 2 modeling of sensors and actuators   Exercises 2   Datasheet

Exercices for the course Exercises 1 modeling modeling The first set of exercices, modeling should be finished until 25/1.

Exercises 2 modeling of sensors and actuators   Exercises 2   Datasheet Exercises 3 velocity and position control  Exercises 3