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Master thesis . 2024

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Low-Power Firmware Development for LoRa Sensor Nodes in Structural Health Monitoring, Powered by Energy Harvesting

Name: Low-Power Firmware Development for LoRa Sensor Nodes in Structural Health Monitoring, Powered by Energy Harvesting
Creator: Pfeifhofer, Jonas
Keywords: Ultra-low power application, Corrosion detection, Energy, Energy storage, Korrosionserkennung, Energieverbrauch, Prototype testing, Wireless Sensor Node (WSN), Structural Health Monitoring (SHM), Energiespeicherung

descriptionPublicationkeyboard_double_arrow_right Master thesis 01 Aug 2024 Austria English Publisher:Universität Innsbruck. Fakultät für Mathematik, Informatik und Physik. Institut für Informatik

Authors: Pfeifhofer, Jonas;

Low-Power Firmware Development for LoRa Sensor Nodes in Structural Health Monitoring, Powered by Energy Harvesting

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Country

Austria

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University of Innsbruck
Austria

Keywords

Ultra-low power application, Corrosion detection, Energy, Energy storage, Korrosionserkennung, Energieverbrauch, Prototype testing, Wireless Sensor Node (WSN), Structural Health Monitoring (SHM), Energiespeicherung, LoRa, Energy consumption, Prototypentests, RF energy harvesting, Drahtloser Sensorknoten (WSN), Stahlbetonbauwerke, Reinforced concrete structures, Beton, RF Energy Harvesting, LoRa radio technology, Feuchtesensor, LoRa-Funktechnologie, Ultra-Low-Power-Applikation, Moisture sensor, Concrete

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Aurora Universities Network

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