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EN
The purpose of this article is to present image management and unattended systems in research and teaching laboratories. Both types of laboratories are specific from the point of view of IT personnel. In this work environment, unlike computers used for example in offices, frequent and advanced changes in configurations and settings are necessary. Maintaining such machines is a challenge for IT staff due to time-consuming processes and downtime in laboratories. The system proposed within the framework of this study is aimed at shortening and simplifying the service of laboratories. It help in increase of usage time of laboratories by reducing the downtimes necessary to maintain the IT infrastructure.
EN
The purpose of this paper is to present the idea of using cloud computing and RFID identification system in a car park. The presented system is able to navigate a vehicle to a parking space in the shortest time and to reduce traffic jams thanks to RFID transponders built in parking spaces. The system uses a combination of autonomous and master control to navigate the vehicles. It can execute different traffic scenarios depending on the availability of park spaces and navigate each vehicle using an autonomous route. A dedicated software algorithm for the navigation was also proposed and developed. The system utilizes an external cloud-based database of RFID transponders. A prototype model of car park equipped with RFID technology was designed and built to demonstrate the presented idea.
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