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3. Razvoj varnega komunikacijskega posrednika in učinkovite arhitekture za povezovanje interneta stvari in spletnih aplikacijMATEVŽ HRIBERNIK, 2019, master's thesis/paper Keywords: Internet stvari, posrednik, WebSocket, povezane naprave, ESP8266, JavaScript, varna komunikacija, zasebna komunikacija, omrežja, protokol, zvezdna arhitektura Full text (file, 15,40 MB) |
4. Izvedba in preizkus realnočasovnega operacijskega sistema na mikrokrmilniku za meritve v športuGREGOR HOJKAR, 2024, master's thesis/paper Keywords: RTOS, Feather, UDP, interrupt routine, DEC, HEX, Arduino, Python Full text (file, 4,86 MB) |
5. Sistem z biomehansko povratno vezavo z delovanjem v realnem času in brezžično povezljivostjo v športuMATEVŽ HRIBERNIK, 2024, doctoral dissertation Keywords: interakcija človek-stroj, biomehanska povratna vezava, nosljiva naprava, taktilna modalnost, kinematični senzorji, aktuatorji, realnočasovni sistem, brezžična komunikacija, uporabniška izkušnja Full text (file, 22,07 MB) |
6. A literature overview of real-time biofeedback applications in sport and rehabilitationMatevž Hribernik, Anton Umek, Anton Kos, 2021, published scientific conference contribution Keywords: literature overview, real-time biofeedback, sensors, actuators, sport, rehabilitation Full text (file, 822,38 KB) |
7. Exploring the applicability of haptic actuators in aquatic environmentsMatevž Hribernik, Anton Kos, 2023, original scientific article Keywords: real-time biomechanical feedback, haptical actuators, wearable devices, aquatic environments, sport training, physical rehabilitation Full text (file, 5,82 MB) This document has more files! More... |
8. Unified platform for storing, retrieving, and analysing biomechanical applications data using graph databaseMatevž Hribernik, Sašo Tomažič, Anton Umek, Anton Kos, 2023, original scientific article Keywords: biomechanical application, sensor systems, cloud platform, big data, data modelling, graph database, application programming interface, sport, rehabilitation, connected devices Full text (file, 2,11 MB) This document has more files! More... |
9. Lightweight periodic scheduler in wearable devices for real-time biofeedback systems in sports and physical rehabilitationAnton Kos, Arpad Bürmen, Matevž Hribernik, Sašo Tomažič, Anton Umek, Iztok Fajfar, Janez Puhan, 2025, original scientific article Keywords: wearable devices, periodic scheduler, senosrs, IMU, microcontroller, real-time biofeedback, sport, physical rehabilitation Full text (file, 1,43 MB) This document has more files! More... |