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at addressing the pressing challenge of achieving a sustainable Internet of Things (IoT) ecosystem through advanced materials fabrication, simulation, and characterisation. About MASAUTO: MASAUTO is a prestigious
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cutting-edge advanced materials fabrication, simulation and characterization to address the pressing challenge of achieving a sustainable IoT ecosystem. The doctoral candidates will acquire a solid
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the design, development and trialing of defense mechanisms and approaches against the GAN attacks. This research will utilize infrastructure and expertise in smart grids, power systems and IOT in
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through terrestrial IoT networks is an attractive solution. Given the mobility and resource constraint of the underwater sensors, UAVs, and satellites, along with their sensitivity to environmental
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based integration of software-defined CPS (Cyber-Physical Systems) and IoT devices. -Replication and software updates during runtime for mission-critical devices and systems. -Model based engineering
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global regions and cities, promoting global impact? Research Design 1. Reducing Pollution and Congestion The approach will use real-world data from IoT sensors, air quality monitors, and GPS devices
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out novel research works in one of the following predefined areas Novel communications technologies for Beyond 5G/6G networks and services Cellular, UAV, IoT, Tactile Internet, MEC, V2X, D2D, M2M, eMBB
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: perform novel research in the area of concept drift, IoT systems, digital twins, defining formal models, engineering respective software frameworks, scientifically testing and evaluating your approach
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, IoT, and SoS automation architecture and the use of AI and Machine Learning (ML). Targeted results include academic papers and contributions with open-source code for the Eclipse Arrowhead. Projects
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intrusion detection in networks with IoT devices (up to 8 points; other related specific areas‐ up to 3 points). c) Domain of the English language, to be verified through certificates and motivation letter