Thursday, May 27

Section 5 - Monitoring and Diagnostic (room 1)

Time for paper presentation: 10 min. + 5 min. discussion

  

Chairman: Szpytko Janusz

  

  15:30 Ergon Rolf, Norway
Informative score-loading contribution plots for multi-response process monitoring.
   
 15:45 Puncochar Ivo, Czech Republic
Using future information to change detection of stochastic systems.
   
16:00 Seda Milos, Czech Republic
An application of Fuzzy Logic to signal detection.
   
16:15 Tahseen Rafik, England
Convolution method for contactless monitoring of wire diameter during manufacturing.
   
16:30 Tuma Jiri, Czech Republic
Dedopplerisation in vehicle external noise measurements.
  
 16:45 Tuma Jiri, Czech Republic
Full spectrum analysis in journal bearing diagnostics.
   
17:00 Widera Damian, Poland
Machines monitoring in the MPT system in LW Bogdanka SA.
   
17:15 Kocerba Artur, Poland
Automated systems of opinion of technical state rail roads of centre of transportation.
   

  

Section 6 - Automation and Robotics (room 2)

Time for paper presentation: 10 min. + 5 min. discussion

  

Chairman: Tarnowski Wojciech

  

  11:45 Adam Tihamer, Hungary
Design and analysis of discrete-time controller.
   
 12:00 Barchański Jerzy, Canada
Safety issues of autonomous mobile robots.
   
12:15 Bizdoaca Nicu, Romania
Shape memory alloy serial rotational link robotic structure.
   
12:30 Bizdoaca Nicu, Romania
Shape memory alloy based robotic ankle.
   
12:45 Kwaśniewski Janusz, Poland
Realization of the Smith's controller in PLC.
   

  

Chairman: Adam Tihamer

  

  15:30 Lisowski Edward, Poland
Experimental studies on the hydraulic system with fuzzy logic controller.
   
 15:45 Novak Petr, Czech Republic
Control of omnidirectional mobile robot.
   
16:00 Ociepa Zenon, Poland
Design of economic control system on servomechanism example.
   
16:15 Siemieniako Franciszek, Poland
Mechatronics step motor of the planar aerostatic relative base applied in paraller mechanisms 3D.
   
16:30 Skrzypczyk Krzysztof, Poland
Game theory based multi robot motion planning under uncertainty.