The objective of the project is to monitor, detect and evaluate environmental incidents in a forest by using a resilient wireless sensors network (wsn) with sensors analyzing sound and/or vibration data. Furthermore, the system will provide analysis and visualization toolkits for rapid intervention.
Remedi is a technology development project of an operative environment to detect illegal waste sites with earth observation. Remedi provides a market-oriented solution for efficient cooperation among local governments and waste management industry with high added-value european technology
Water-based series of magnetic nanoparticles coated/embedded into polymers and other organic materials will be designed and produced. They can be used as agent for mri and magnetic hyperthermia applications as well as functionalised with radionuclides for potential using in radionuclide therapy.
Main focus of this project is definition of appropriate welding technology of sa 387 gr. 91 thick steel plates considering conditions of elevated temperatures and pressure, accompanied by corrosive environment. Welded elbows for the steam pipelines, made of steel sa 387 gr 91.
Joobee is an innovative predictive, geo-location sensitive ict system for matching bidders and seekers of jobs, tasks and skills, based on scientifically developed algorithms and inputs from hr and human behaviour expertise. The system is complex in the background, but extremely simple for users.
A novel approach to battery monitoring systems, ibmd would be able to provide accurate gibbs`s energy level for all battery technologies currently in industrial use.
The aim of this project is to establish a reliable manufacturing procedure for the eco-friendly aa6026 alloy extrusions, and develop a product that would meet requirements of high strength and improved toughness, good machinability, corrosion stability, anodizing response and weldability.
There is a vast need of integration of low cost thermal sensor into security and surveillance systems. The project aims to develop the world's most cost-effective thermal imaging technology, coupled with visible which will create a paradigm shift in use of thermal imaging technology in the market.
Main goal of the project is to join the know-how of two companies. Project will result in an innovative, presently globally non-existing service and high-tech software solution for monitoring legislative novelties in order to be up to date with legislation of the chosen field in the chosen market.
To develop a high-speed and high-throughput digital printing solution on a high number of laser markers running in parallel (up to hundreds of lasers). That solution is currently envisaged as a scalable modular design on an embedded image processing platform.