| Paper Code | Title | Authors |
|---|
| Th-A22-TO/1 | A Laboratory Scale Plant with Hybrid Dynamics and Remote Access via Internet for Control Engineering Education | Hlava Jaroslav, Šulc Bohumil, Tamáš Jan |
| Th-A22-TO/2 | Object-oriented Modeling of Virtual Laboratories for Control Education | Martin Carla, Urquia Alfonso, Dormido Sebastian |
| Th-A22-TO/3 | A Straightforward Proposal for Low-cost Development of Virtual and Remote Control Laboratories | Díez José Luis, Vallés Marina, Valera Ángel, Albertos Pedro |
| Th-A22-TO/4 | Automatic Control Learning Management System based on Web Services and Semantic Web | Tamáš Jan, Šulc Bohumil |
| Th-A22-TO/5 | Web-based Control Design Environment for Distributed Parameter Systems Control Education | Hulkó Gabriel, Belavý Cyril, Cibiri Štefan, Szuda Ján |
| Th-A22-TO/6 | AIRES: a standard for web-based remote experiments | Leva Alberto, Casini Marco, Schiavo Francesco |
| Th-E22-TO/1 | Low-cost flexible speed control experiments | Leva Alberto, Schiavo Francesco |
| Th-E22-TO/2 | Improvements of a Three-Tank-System Operated in Real Time with MATLAB in a PLC-Profibus-Network | Voglauer Bernhard, Garcia Romain, Jörgl H.Peter |
| Th-E22-TO/3 | Computer based Monitoring and Control of Fedbatch Fermentation Process as an Aim and a Tool for Postgraduate Research | Kriger Carl, Tzoneva Raynitchka, Posten Clemens, Mironescu Monica |
| Th-E22-TO/4 | Platform for monitoring and controlling educational laboratory processes over Internet | Pohjola Mikael, Eriksson Lasse, Hölttä Vesa, Oksanen Timo |
| Th-E22-TO/5 | Virtual Controllers Improve Internet-Based Experiments on Semi Industrial Pilot Plants | Metzger Mieczyslaw |
| Th-E22-TO/6 | The CDIO initiative from an automatic control project course perspective | Norrlöf Mikael, Enqvist Martin, Gunnarsson Svante, Wernholt Erik, Hansson Anders |
| Th-M22-TO/1 | Web Based Course in Control Using DYNAST | Atherton Derek, Mann Herman |
| Th-M22-TO/2 | Virtual Lab for Teaching Greenhouse Climatic Control | Guzman Sanchez Jose Luis, Rodriguez Diaz Francisco, Berenguel Soria Manuel, Dormido Bencomo Sebastian |
| Th-M22-TO/3 | Real-time Interaction over the Internet: Model for QoS Adaptation | Salzmann Christophe, Gillet Denis, Müllhaupt Philippe |
| Th-M22-TO/4 | An Internet-based Laboratory for Distance Learning in Control Engineering | Buzdugan Tudor, Nascu Ioan, De Keyser Robin |
| Th-M22-TO/5 | Petri Net Toolbox for Matlab in Web-based Analysis and Design of Discrete-event Systems | Matcovschi Mihaela-Hanako, Lefter Claudiu, Mahulea Cristian, Pastravanu Octavian |
| Th-M22-TO/6 | Web-based Virtual Lab and Remote Experimentation using Easy Java Simulations | Dormido Bencomo Sebastián, Pastor Vargas Rafael, Sánchez Moreno José |
| Fr-M01-TP/1 | A Conversational Man-Robot Interface to Assist Robotics Education | Buiu Catalin, Dumitrache Ioan, Dumitrascu Alexandru |
| Fr-M01-TP/2 | A model based project for 3D animation | Lombardi Anna |
| Fr-M01-TP/3 | Advanced Control Algorithms + Simulink compatibility + Real-time OS = REX | Balda Pavel, Schlegel Miloš, Štětina Milan |
| Fr-M01-TP/4 | Couseware for Control Engineering Education | John Jan |
| Fr-M01-TP/5 | From Tele-laboratory to E-learning in Automation Curricula at the University of Pisa | Caiti Andrea, Balestrino A., Bicchi A., Calabrò V., Cecchini T., Coppelli A., Pallottino L. |
| Fr-M01-TP/6 | Process Models for a New Control Education Laboratory | Klan Petr, Hofreiter Milan, Machacek Jiri, Modrlak Osvald, Smutny Lubomir, Vasek Vladimir |
| Fr-M01-TP/7 | Simulation Package for Digital Control Education | Kovács Jenö, Benyó Imre, Lipovszki György |
| Fr-M01-TP/8 | Virtual Plant Laboratory System of Process Industries for Education | Feng YI-Ping, Rong Gang |
| Fr-M01-TP/9 | A Study on Control Problems in Online Distance Education | Elena Petrosyan, Mkrttchian Vardan |
| Fr-M01-TP/10 | An Online Course in Power Object Working Modes Modeling and Optimisation | Kljajic Miroljub, Mkrttchian Vardan |
| Fr-M01-TP/11 | Curriculum for System Control Education using Progress Line Tracer | Matsumoto Tsutomu, Ohtsuka Hirofumi, Shibasato Koki, Shimada Yasuyuki, Kawaji Shigeyasu, Iijima Jun'ichi |
| Fr-M01-TP/12 | An elementary proof of the general Q-parametrization of all stabilizing controllers | Quadrat Alban |
| Fr-M01-TP/13 | Open Distance Education: A Technological Approach within Social Perspective | Brandt Dietrich, Mkrttchian Vardan |
| Fr-M01-TP/14 | Shaping the Mechatronics Courses for the Control Curriculum | Chamilothoris George, Papoutsidakis Michail |
| Fr-M01-TP/15 | Case studies of the resources students use | Rossiter John, Gray L, Rossiter D |
| Fr-M01-TP/16 | Computer-generated Exams | Marquez-Martinez Luis Alejandro, Cuesta Ricardo |
| Fr-M01-TP/17 | WEB-QUEST "CONTROL THEORY IN PERSONS": NOWADAYS AND FUTURE | Pakshina Natalia |
| Fr-M01-TP/18 | Polmat: MuPAD library for polynomial matrices. | Augusta Petr, Hurak Zdenek |
