Fuzzy logic has advantages in the complex system for which expert knowledge exists (difficult to describe with mathematic model). Distant heating system expenses will be optimised through development of fuzzy logic control system.
The aim is to develop a hot extrusion technology of powders characterised by high automation characteristics obtained by an adaptive control method.
Primary objective: develop a decision support system to enhance the capabilities of rapid prototyping and tooling and injection moulding in terms of accuracy of geometrical surface and material properties.
Development of new media for fast downstream processing and in-process control as well as development of specific peptides for specific ligands in the purification of plasma-derived and recombinant proteins.
Global television set video display/communication system that will offer access to globally available services: tv, pay tv,cable satellite,terrestrial,internet,home shopping, home banking, games and office system will be developed.
The aim is to develop, manufacture and test special devices with robotic elements for medical treatment in physiotherapy pulmonology, ophthalmology and veterinary medicine using the laser magnetic field and infrared radiation.
Upgrade some conventional wastewater treatment systems, simplifying them by more efficient construction or more cost effective maintenance. Introduction and putting into use of innovative wastewater treatment technologies.
Development of a forging and rolling technology for nickel-based alloys. Small and large crankshaft forging technologies will be optimized using numerical simulation support.
Development of materials and processes to use advanced fibre composite materials for low intrusion rehabilitation and protection of heritage structures.
Characterisation and analysis of ancient renders, taking into account the historic, architectonic and technological aspects. Identification and quantification of the main characteristics to be reproduced. Test methods.