non-linear dynamic MIMO system with two inputs and two outputs
the system goal is to place ball into desired position using leaning plate
suitable for study and experiments related to the classical and modern theory of control of dynamic systems
control tasks are simulating various problems from field of robotics (trajectory planning and tracking) with an advantage of visual response
systém is directly available from Simulink enviroment in Matlab in real-time using installed Real TIME Toolbox
C programming language libraries and demo software pack for PID control and state-space algorithms
Gallery
Model - Mechanical construction
The model consists of plate leaning about its central axis, two independent stepper motors, CCD camera and ball
The model's input signals are do modelu sú voltages uα and uβ, which control both stepper motors. Stepper engines cause that plate lean to desired angles α and β,
which are directly proportional to input voltages. The output of the model is ball's position captured by the camera. From pictures taken, using the the image recognition algorithm are
computed the positon coordinates yx and yy .
Model is comunicating with exterior enviroment by multifunctional input/output PC Lab card MF614, for which is possible to write / read data using the Real Time Toolbox functions.
Img.1.: Mechanical construction of the model - scheme
Model - System definition
Control inputs
input voltage ux for stepper motor that lean the plate in x axis
input voltage uy for stepper motor that lean the plate in y axis
JAJČIŠIN, Štefan: Modelling and Control of Dynamic Systems in Matlab/Simulink
(supervisor and consultant: doc. Ing. Anna Jadlovská, PhD.) - 2008
DOLINSKÝ, Kamil: Návrh a realizácia programových modulov pre modely dynamických systémov
(supervisor and consultant: doc. Ing. Anna Jadlovská, PhD.) - 2008
ŠMELKOVÁ, Klaudia: Aplikácia moderných metód riadenia na laboratórny model
gulička na ploche
(supervisor and consultant: doc. Ing. Anna Jadlovská, PhD.) - 2010
MATYS, Matúš.: Návrh prediktívneho riadenia modelov fyzikálnych systémov s
využitím MPC a MPT Toolboxov
(supervisor: doc. Ing. Anna Jadlovská, PhD, consultant: Ing.Štefan Jajčišin.) - 2011
KUNDRÁT, Štefan.: Aplikácia MPT Toolboxu v modelovaní a riadení nelineárnych
systémov
(supervisor ZP: doc. Ing. Anna Jadlovská, PhD, consultant: Ing.Peter Šuster.) - 2011
master thesis
:
Using the model in research
PhD works
ŠUSTER, Peter: Návrh efektívnych softvérových nástrojov pre riadenie a analýzu nelineárnych systémov
(supervisor: doc. Ing. Anna Jadlovská, PhD.) - 2012 (zatiaľ neobhájená)
LONŠČÁK, Richard: Inteligentné modelovanie a riadenie zložitých systémov
(supervisor: doc. Ing. Anna Jadlovská, PhD.) - 2009
publications
2010
BENETIN, M. - JADLOVSKÁ, A.: Návrh a simulácia riadenia virtuálneho modelu fyzikálneho systému Gulička na tyči.
In: Electrical Engineering and Informatics : Proceeding of the Faculty of Electrical Engineering and Informatics of the Technical University of Košice : September,
2010, Košice, Slovak Republic. - Košice : TU, 2010 S. 535-539. - ISBN 978-80-553-0460-1, (AED) (in Slovak)
2009
JADLOVSKÁ A. - JAJČIŠIN, Š. - LONŠČÁK, R.: Modelling and PID Control Design of Nonlinear Educational Model Ball & Plate.
Editors: Fikar, M., Kvasnica, M., In: Proceedings of the 17th International Conference on Process Control ’09,
Štrbské Pleso, High Tatras, Slovakia, 2009, pp. 475–483, ISBN 978-80-227-3081-5.
JADLOVSKÁ, A. – DOLINSKÝ, K. - LONŠČÁK, R.: Application of DesignedProgram Modules in C# Language for Simulation of Models of Dynamic Systems,
Editors: Fikar, M., Kvasnica, M., In: Proceedings of the 17th
International Technical Conference on Process Control ’09, Štrbské Pleso,
2009, High Tatras, Slovakia, pp. 534–547, ISBN 978-80-227-3081-5
SARNOVSKÝ, J.-HLADKÝ, V .- JADLOVSKÁ, A. - POPOVIČ, Ľ.: Modelovanie, riadenie a simulácia výukového modelu Gulička na ploche,
In: Odborný seminár Nové trendy v kybernetike, automatizácii a informatike, CD-ROM,
Gabčíkovo, Slovenská republika, 7.-9.9. 2009, ISBN 978-80-227-3107-2 (in Slovak)