AUTOMATION & ROBOTICS

Reference number
CO/2597
Type of partner
UNIVERSITY
Keywords
Metamaterials, electromagnetic field analysis, numerical models, EMC, thermography, terahertz/microwave technique, magnetic measurements and characterization, data fusion, sensors
Industry
AUTOMATION & ROBOTICS

The main tasks of the Center for Electromagnetic Fields Engineering and High-Frequency Techniques (CEFE&HFT) include basic and applied research in the field of high-frequency electromagnetic (EM) waves (radio, microwave, terahertz, and infrared bands) and in EM field engineering, including magnetism, the interaction of strong fields, and magnetization dynamics and the accompanying thermal phenomena.

Reference number
CO/9703
Type of partner
COMPANY
Keywords
water transport, safety of navigation, decision support systems, autonomous vehicles, COLREGs, collision avoidance, ICT
Industry
AUTOMATION & ROBOTICS

The company achievements include developing NAVDEC navigational decision support system, the world’s first navigational tool to perform information functions and those typical of decision support systems. Its innovative functionalities, significantly extending the performance of devices generally carried by ships, have been a subject of patent at home and internationally (patent no EP2504719). NAVDEC was commercialized both on merchant and navy market.

Reference number
CO/9969
Type of partner
UNIVERSITY
Keywords
Robust, adaptive, optimal, neuro-fuzzy control; ship control; systems of electrical engineering, mechanics, robotics
Industry
AUTOMATION & ROBOTICS

Department of Marine Automation consists of highly qualified academic staff with experience in cooperation with the industry.
The staff has expertise in automation and robotics, particularly in the area of advanced automatic control algorithms for different kind of objects and/or processes.
The proposed control design methods and techniques include:
•    nonlinear, robust and adaptive control;
•    optimal control;
•    intelligent systems (neuro and fuzzy techniques);
•    observers and state estimation (e.g. Kalman filter)