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Institute of Instrumentation and Control Engineering www.fsid.cvut.cz/prt. Institute of Instrumentation and Control Engineering, FME, CTU in Prague Technická 4 , 166 07 Praha 6 , Tel: 00420 2 2435 2563 , Fax: 00420 2 3333 64 14. - PowerPoint PPT Presentation
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Institute of
Instrumentation and Control Engineeringwww.fsid.cvut.cz/prt
HEAD OF THE INSTITUTE:
Prof. Ing. Jiří Bíla, DrSc.
TELEPHONE : +420 2 2435 2534
FAX : +420 2 3333 5204
E-MAIL :
ADDRESS : Technická 4, 166 07 Prague 6, Czech Republic
DEPUTY HEAD: Doc. Ing. Jan Chyský, CSc.
SECRETARY TREASURER: Doc. Ing. Jan Chyský, CSc.
SECRETARY OF THE INSTITUTE: Markéta Zouplnová
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Institute of Instrumentation and Control Engineering, FME, CTU in PragueTechnická 4 , 166 07 Praha 6 , Tel: 00420 2 2435 2563 , Fax: 00420 2 3333 64 14
The Institute
The Institute of Instrumentation and Control Engineering (IICE) has been formed in 1998 as a fusion of three original divisions. A base for this fusion was the Division of Automatic Control which originated in 1958 from the Division of Technical Measurements.
Present organisation units of the Institute:
• Division of Automatic Control and Engineering Informatics, (Head: Doc. Ing. Josef Kokeš, CSc.), (23 emp. + 20 Ph.D. students)
• Division of Electrical Engineering (Head: Prof. Ing. Ivan Uhlíř, DrSc.), (13 emp. + 10 Ph.D. students)
• Division of Precision Mechanics and Optics. (7 emp. + 10 Ph.D. students). (Head: Ing. Jan Hošek, Ph.D.)
• Working group of the Centre for Applied Cybernetics, (4 emp.) (Head: Prof. Ing. Pavel Zítek, DrSc.)
Research Fields in IICE (selection)
Synthesis of Distributed Control and Diagnostic Systems for Heterogeneous Technological Processes
Hereditary System Control via Anisochronic State Concept
Information Technologies in Measurement and Control
Supervision Control (monitoring systems, intelligent buildings with complex control and management)
Dynamics, Control and Diagnostics of electricity generating stations
Magnetic material features investigation, magnetic circuits and magnetism applications in industry
The Diagnostics of Pressure Distribution on the Surface of the Sole
Special Optical Units for Astronomic Telescopes,
Special observation and monitoring instruments and devices
International Projects (selection) SEFI/TEMPUS JEP IMPACT, No. 2011-91/3, "Improvement in Automation and Control Technology", (1992-1994).
INCO-COPERNICUS, No. IC15-CT97-0714, " Integration of Quantitative and Qualitative Methods of Fault Detection in the Industrial Application", (1998- 1999)"
INCO-COPERNICUS, No. IC15-CT 970716 NDT, " Development of innovative tools and technique of high frequency (25 - 50 MHz) ultrasonic testing of laser, micro-arc, electron beam welding of thin walled welded constructions used in aerospace industry), ", (1998- 2000).
INCO-COPERNICUS, No. IC15-CT98-0805, "Development of Plasma-Based Products and Processes", (1999-2001).
Projects supported by Grant Agency of Czech Republic (selection)
"Qualitative Modelling and Simulation in the Control of Ill-Identifiable Systems", GA CR 101/94/0658, (94-96)
"Integration of Methods of Modelling and Control of Heterogeneous Distributed Processes", GA CR 101/ 98 /0336), (98-99).
“Computer Support for the Analysis and Design of Heterogeneous Distributed Technological Complexes and their Control Systems”, GA CR 101/00/1225, (00-02)
"Intelligent Computer Support Methods for Conceptual Design of Systems”, GA CR 102/01/0763, (01-03).
“Methods of Direct Identification of Internal and External Mechanical Interactions of the Human Motion Application (00-02)”
• Engineering Informatics• Data-Based and Knowledge-Based Systems• Object Oriented Programming• Analysis and Design of Information Systems• Artificial Intelligence and Neural Networks
• Program Systems for Automatic Control• Mathematic and Simulation Models• Theory of Automatic Control• Instrumentation for Automatic Control• Systems with PLC• Stochastic Systems in Engineering
• Analysis and Design of Electrical Machines
• Electronics and Electronic systems
• Analysis and Design of Special Sensors
• Diagnostics
Engineering Informatics
Automatic Control
Precision Mechanics and Optics
Electrical Engineering
• Analysis and Design of Instruments• Instrumentation Engineering• Technical Experiments• Optics and Applied Optics• Optical Engineering
HONEYWELL
FESTO
SIEMENS
SCHNEIDER ELECTRIC
AGIT
PANTEK (PANTEC)
HUMUSOFT
Our Sponsors:
Projects in PracticeModelling of ventilation control system in Road Tunnel
Mrazovka in Prague
Control of Humidity and Temperature in Saint Cross Chapel in castle Karlštejn
Examples of didactic systems in Automatic Control
laboratory developed with help of Honeywell
Control of ball motion in water stream
Control of trafic lights in crossroad
Examples of training sets
Detection of Motion
Engineering Informatics - solved problems
Diagnostics of artefacts in function of cardio-vascular system
• Non-linear methods (correlation dimension, Ljapunov exponents, fractal geometrie), • Neural Networks
Specification ofthe problem
ConceptualDesign
Schemes
Ontology (UM L)(Design Patterns)
Specification of thedesigned programs
OM T
UML Model
CASE (Codegenerator)
Implementation
Computation programs
Designprograms
Controlprograms
Software Engineering
Some of our other projects
Landscape monitoring
Study of Electromagnetic waves propagation on 2.0, 3.5, 5.5 GHz
Agriculture and wild life monitoring
Remote control and data transfer
Project Airship
Plantograf V05
• Biomedical research of preasure distribution
• Multiple prizes received
Onboard Computer for Remote Controlled Car Model – Diploma thesis
Laboratories of Electrical Engineering
Combustion Engine Diagnostic by Wavelets and Neural Networks
No fault
signal bez poruchy
vzorek
meritk
o
100 200 300 400 500 600 700 800 900 1000
10
20
30
40
50
60
Cylinder fault
porucha valec 2
vzorek
mer
itko
100 200 300 400 500 600 700 800 900 1000
10
20
30
40
50
60
Fault identification by neural networks
Trolley-bus Power Consumption Measurement
Microcomputer laboratory
Control System for Power plant - Bali, Indonesia
Fields for collaboration in research and education fields
1. Simulation of Dynamic Systems (Classical or Qualitative)
2. Design of Measurement, Control and Diagnostic Systems (sensors, interfaces, control systems, electronics, PLCs, actuators + software)
3. Information Technology (Networks, Data-Based Systems, Expert Systems, Software Development and Engineering)
And finally…
We know that we don't know everything, but what we don't
know we want to learn