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Locus Map Extension for Communication between Units on the Battlefield
Bukas, Jozef Michal ; Rychlý, Marek (oponent) ; Hranický, Radek (vedoucí práce)
There are many battlefield management systems, but they are not available to the general public. However, many user bases could use such a system. For example, milsim enthusiasts, emergency services, or hunters during organized hunts. This bachelor's thesis aims to create an open-source extension of the battlefield management system for the Locus Map application. The client has been implemented as an Android application that uses the Locus API to integrate into the Locus Map application, which complements the client with a map and map-related features. The system uses a client-server architecture where the communication between server and client uses the WebSocket protocol for near-instantaneous data propagation from the server to the clients. Finally, the system has been tested directly in action, for example, at a two-day airsoft event.
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Mobile Application for Tracking and Sharing Cyclists Location on Map
Schléger, Richard ; Burget, Radek (oponent) ; Hynek, Jiří (vedoucí práce)
This thesis deals with analysis, design and implementation of mobile application and application for smartwatches for tracking and sharing location of athletes, especially cyclists. Main goal of this application is to increase level of safety of athletes during the activity. This task is accomplished by location sharing and also by automatic fall detection and following notification. Final application is intended for mobile operating system Android and iOS a also for smartwatches with Wear OS. Theoretical part is dealing with analysis of actual trends in cycling, mobile applications and smartwatch applications development. Implementation part consists of design of application, implementation itself and testing.
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Mobile Application for Tracking and Sharing Cyclists Location on Map
Schléger, Richard ; Burget, Radek (oponent) ; Hynek, Jiří (vedoucí práce)
This thesis deals with analysis, design and implementation of mobile application and application for smartwatches for tracking and sharing location of athletes, especially cyclists. Main goal of this application is to increase level of safety of athletes during the activity. This task is accomplished by location sharing and also by automatic fall detection and following notification. Final application is intended for mobile operating system Android and iOS a also for smartwatches with Wear OS. Theoretical part is dealing with analysis of actual trends in cycling, mobile applications and smartwatch applications development. Implementation part consists of design of application, implementation itself and testing.
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