Research and development of the rail freight transport information system for mobile users with continuously updated data (tariffs, calculations, list of goods, stations, distances, wagon catalogues, rail infrastructure, railway map etc.) From the whole europe and in several european languages
The main objective of the project is r&d in the field of autoid and the iot to enhance the quality of health services. Project will deal with home treatment and development of mobile applications for these needs and with technologies which create an added value and benefits for hospital treatment.
Research and development of software application for optimisation of loading goods that is dimensionally big or larger than the standard consignment, particularly special types of equipment, such as trams, tractors, harvesters etc. And selected types of military equipment on open railway wagons
The aim of the project is research and development of dairy farm precision management system. This system is based on 5 keys which help manage a dairy farm: people, genetics, nutrition, comfort, economy.
Research and development of the interactive logistics map of related services as a part of the european logistics portal to serve as an information source regarding all kinds of transport and handling of goods within the whole logistics chain
Expert system analysing separately text and visual part with the main purpose of detecting insurance frauds. Utilization of lexical algorithms and local descriptors for image analysis.
R&d of the it system for rail transport cargo operators who order train capacity from railway carriers, use it for transport of their customers' consignments and optimally distribute containers/wagons to the trains.
R&d of the it system for mobile devices of railway train drivers consists of mobile applications for the driver linked to the central systems of the relevant private carrier, a central server part of middleware and the central system system of the carrier's interconnection
Development of universal multifunctional iot sensors for various values to be collected and transmitted to the internet and mobile applications. The goal is to develop a solution for industry and for commercial use. Common features are extreme battery life, small size, easy installation and usage.
Aim of this project is to research and develop a versatile integrated platform and mobile application for orienting in large and/or topologically complex areas such as public buildings, offices, hospitals, campuses, shopping malls, or public transport terminals, including support of prm.