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Visualization of Detected Objects from Drone in Microsoft HoloLens 2
Osvald, Filip ; Materna, Zdeněk (oponent) ; Bambušek, Daniel (vedoucí práce)
Drones have become increasingly valuable in various fields, such as surveillance, disaster management and search and rescue operations. However, transmitting the data and geographic information captured by drones to ground personnel presents a significant challenge. The task becomes even more complex when multiple drones are used, making the processing of information by a single drone operator highly inefficient. The objective of this thesis is to develop a system capable of displaying objects detected by a drone in Augmented Reality. The thesis assesses the usability of such a system for information conveying and identifies suitable devices and technologies that can be incorporated into the system.
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Interaktivní demo rozšířené reality s haptickou odezvou
Drexler, Filip Emanuel ; Chlubna, Tomáš (oponent) ; Bambušek, Daniel (vedoucí práce)
Cieľom tejto práce je spojiť funkcionalitu zariadení Stratos Explore a Hololens 2, to znamená vytvorenie virtuálneho objektu, ktorý bude zobrazený pomocou rozšírenej reality ako hologram a pri dotyku tohto objektu bude cítiť jeho haptickú odozvu vďaka ultrazvukovým vlnám. Výstupom sú aplikácie, pre Stratos Explore a Hololens 2, ktoré spolu komunikujú sieťovou komunikáciou. V aplikáciach je hologram gule, ktorý má haptickú odozvu a je ním možné buď manipulovať v jednej aplikácií, alebo ho rukou odrážať v aplikácií s mini hrou, kde je cieľom rozpučiť guľou chrobáky, ktoré sa pohybujú po zemi.
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Visualization of Detected Objects from Drone in Microsoft HoloLens 2
Osvald, Filip ; Materna, Zdeněk (oponent) ; Bambušek, Daniel (vedoucí práce)
Drones have become increasingly valuable in various fields, such as surveillance, disaster management and search and rescue operations. However, transmitting the data and geographic information captured by drones to ground personnel presents a significant challenge. The task becomes even more complex when multiple drones are used, making the processing of information by a single drone operator highly inefficient. The objective of this thesis is to develop a system capable of displaying objects detected by a drone in Augmented Reality. The thesis assesses the usability of such a system for information conveying and identifies suitable devices and technologies that can be incorporated into the system.
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Visualization of Detected Objects from Drone in Microsoft HoloLens 2
Osvald, Filip ; Materna, Zdeněk (oponent) ; Bambušek, Daniel (vedoucí práce)
Drones have become increasingly valuable in various fields, such as surveillance, disaster management and search and rescue operations. However, transmitting the data and geographic information captured by drones to ground personnel presents a significant challenge. The task becomes even more complex when multiple drones are used, making the processing of information by a single drone operator highly inefficient. The objective of this thesis is to develop a system capable of displaying objects detected by a drone in Mixed Reality. The thesis assess the usability of such a system for information conveying, and identifies suitable devices and technologies that can be incorporated into the system.
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Interaktivní demo rozšířené reality s haptickou odezvou
Drexler, Filip Emanuel ; Chlubna, Tomáš (oponent) ; Bambušek, Daniel (vedoucí práce)
Cieľom tejto práce je spojiť funkcionalitu zariadení Stratos Explore a Hololens 2, to znamená vytvorenie virtuálneho objektu, ktorý bude zobrazený pomocou rozšírenej reality ako hologram a pri dotyku tohto objektu bude cítiť jeho haptickú odozvu vďaka ultrazvukovým vlnám. Výstupom sú aplikácie, pre Stratos Explore a Hololens 2, ktoré spolu komunikujú sieťovou komunikáciou. V aplikáciach je hologram gule, ktorý má haptickú odozvu a je ním možné buď manipulovať v jednej aplikácií, alebo ho rukou odrážať v aplikácií s mini hrou, kde je cieľom rozpučiť guľou chrobáky, ktoré sa pohybujú po zemi.
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