Description in English
The aim of the project is to design and develop a new system for internal positioning with the use of sensors and new hybrid signal measurement methods along with space localization technology called the Ultra Wide Band (UWB). The aim of this system is to (i) increase the accuracy, stability and efficiency of localization, (ii) reduce energy consumption, (iii) increase system adaptability and scalability. Another goal of the new system is to provide a new 3D localization and localization solution for nonstandard conditions or environments. This system will enable real-time localization of goods, materials, persons or vehicles in the work process, enabling automation, visualization and control of the manufacturing processes of industrial entities (e.g. car industry, breweries, warehouses, logistics, wholesalers, mining mines, etc.) Another added value of the new system is the ability to quickly searching of objects / units (unit visibility and availability), process statistics, zone and perimeter settings, zone occupancy, load statistics and production line breaks. This leads to loss reduction, optimization of process / production times and fluidity / automation of individual production stages or physical safety of persons (main goals of Industry 4.0 concept).

Key words in English
positioning- Ultra Wide Band- MEMS- time of arrival- Industry 4.0- work processes- 3D