Development and production of a new monitoring system using the electrical impedance spectrometry (eis) method.
This project is focused on solving a number of issues related to development of its systems, primarily to intelligent camera systems - development of networked camera systems that will monitor the traffic situation in entire conurbations.
Patented drug formulations of a phthalocyanine photosensitiser based on microfludised lipids in a gel are being developed for photodynamic therapy of tumours together with non-coherent and coherent light sources suitable for the market.
Development and realisation of a set of monitoring systems using the electrical impedance spectrometry method for application under real conditions.
The project aim is to research and develop system for an automatic detection and recognition of identification characters of rail vehicles moving at high speeds.
The subject of research and development in the project is the creation of new original system for the implementation and administration of the operation of applications which will be implemented according to soa concept. The output will be a complex "organisation system",including "monitoring"
The project is aimed at research and development of a new product - a hydrostatic system to energy recovery system for commercial vehicles working in a cyclic operation.
Development and realization of monitoring system based on the method of electrical impedance spectrometry for monitoring selected parameters of porous substances for application in conditions of real environment, agriculture and of food industry is solved in project.
Patented microcrystalized hydrophobic phtalocyanine liposomal drug form plus nayf4 (dopped by yb and er) nanoparticle drug form with matching lasers will be developed, converting 980 nm to 670 nm and enabling unlimited light penetration for infrared pdt curing tumors/metastases in any location.