The objective is to elaborate, complete, test and implement to production a system for complex monitoring of combined environmental hazards in deep mines based on modern methods of measurement, data transmission and processing.
Hardware-software complex for registration and analysis of systolic force and heart rate variability, including sophisticated analysis of parameters for early health state evaluation.
Design, investigation and development of a system for the fast and cost-effective detection of soil pollution.
To develop a new piezoelectric crystal the langasite and saw filters for base station application. The output of the project will be optimized crystal and filters for best manufacturing cost/performance trade off.
A fuzzy logic control system for the distillation process will be developed. In these types of technological process there is a lot of empirical knowledge, which will be transformed into fuzzy logic rules and used for computer supported process.
Webair builds a web-based real-time multi-media information and decision support system for urban and industrial air quality assessment and management integrating on-line monitoring and modelling, in support of relevant european directives.
Development of highly effective and ecologically safe technologies for detail shaping in mechanical engineering based on the creation of a new highly-porous dressing tool made from cubic boron nitride.
Conception and construction of long duration self-contained breathing apparatus for emergency escapes
The aim of the project is the development of a system for monitoring and forecasting risks connected with the disturbance of the strata and environment equilibrium, and designed for underground and open-cut plants of natural resource mining.
A system for monitoring environmental data (air, water, soil) will be developed and tested. The data transfer and presentation will be made possible using the internet or intranet.