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Indoor Navigation in Augmented Reality
Rainoch, Oliver ; Zemčík, Pavel (referee) ; Bambušek, Daniel (advisor)
This paper presents the use of augmented reality for indoor navigation. The aim is to create a mobile application with elements of augmented reality for user guidance. Visual markers and SLAM technology are used to determine a position. The resulting application is implemented utilising the ARCore library and the Unity game engine. The users scan the marker, selects the room which they are looking for, and are guided to the destination by map and an arrow in augmented reality. The current application aids the user in finding a room the need efficiently and with ease. Testing of the user experience and experiments with the resulting application took place in the building of the Centrum Univerzita Tábor with six participants. The same mechanics can be used for navigating users in various large environments ranging from schools and companies to warehouses.
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Indoor Navigation in Augmented Reality
Rainoch, Oliver ; Zemčík, Pavel (referee) ; Bambušek, Daniel (advisor)
This paper presents the use of augmented reality for indoor navigation. The aim is to create a mobile application with elements of augmented reality for user guidance. Visual markers and SLAM technology are used to determine a position. The resulting application is implemented utilising the ARCore library and the Unity game engine. The users scan the marker, selects the room which they are looking for, and are guided to the destination by map and an arrow in augmented reality. The current application aids the user in finding a room the need efficiently and with ease. Testing of the user experience and experiments with the resulting application took place in the building of the Centrum Univerzita Tábor with six participants. The same mechanics can be used for navigating users in various large environments ranging from schools and companies to warehouses.
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Implementation of the Aruba Meridian in the library of University of Economics in Prague
Strnad, Pavel ; Novotný, Ota (advisor) ; Matějka, Martin (referee)
This diploma thesis deals with the implementation of a navigation system Aruba Meridian inside the library of the University of Economics in Prague. The aim was to create a pilot project that is able to analyze the functionality of the Aruba Meridian system in a real environment. Within this project, it was necessary to become more familiar with concepts such as Location intelligence and Geoinformatics to provide a sufficient theoretical base at the same time as an overview of the technologies currently used for indoor navigation. An important goal was also to understand the demands for the implementation of indoor navi-gation and to determine the workflow that formed the basis for the practical part. As part of the practical part, the Aruba Meridian system was implemented in the library environment of the University of Economics in Prague, where it was subsequently tested for its properties. The achievement of these objectives was achieved in several parts. At first, the work is devoted to the brief introduction to the problems and the deeper development of the prop-erties of the individual goals, followed by the critical search of information sources related to this work. The next part deals with the definition of Location intelligence and the basic concepts. This section is followed by an introduction to the technologies used for localiza-tion inside buildings and, subsequently, the definition of rules for the implementation of bluetooth technologies. The last part is practical, where the Aruba Meridian tool and its properties are first introduced, followed by implementation, testing and evaluation. The main benefit of this work is the testing of the Aruba Meridian system in real environment and the evaluation of its functionality as one of the systems for navigation inside buildings, which is still increasing, but they are not particularly used in the Czech Republic.
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Benefits of location services for retail
Prostredný, Ján ; Kubálková, Markéta (advisor) ; Kubálek, Tomáš (referee)
The aim of this bachelor thesis is to analyse usage of available technologies of localization in particular retail units and their benefits for both customers and retailers. This topic concerns especially accurate localization of customers in retail units, targeted marketing and providing basic information according to the location in particular retail unit. Monitoring and evaluating of customer's movement trajectory and length of time spent at the particular place in the retail unit.
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