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the interface between formal verification and automated planning. This is a unique opportunity to contribute to safer, more intelligent systems through a combination of theoretical work and practical
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interoperability and always-on artificial intelligence. To achieve the vision, research will focus on improving the hardware for both 6G devices and space-based satellites, developing signal processing methods
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artificial intelligence (AI) technologies, based on hardware inspired by the structure and function of the brain for superior energy and latency performance in embedded and human-centric applications. We offer
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your own doctoral studies related to the project. This includes developing new scientific concepts, doing electromagnetic design, measurments of the hardware etc. and communicating research results both
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application! Your work assignments Our research projects focus on distributed sensing, hardware-efficient signal processing, robustness and resilience, and communication-efficient decentralized machine learning
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work will also include custom robot hardware development, such as material sensing and monitoring systems, and a new end-effector for full-scale biomaterial extrusion. Besides research within the given
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the research findings in real life operating conditions, in an approach to close the gap between pure theory and experimental verifications. You will need to represent the group in different contexts, both in
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solutions. Subject description Cyber-Physical Systems encompass integrated software, electronics hardware, and application architecture within connected devices and distributed systems. The research aims
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industry. Subject description Cyber-Physical Systems encompass integrated software, electronics hardware, and application architecture within connected devices and distributed systems. The research aims
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industry. Subject description Cyber-Physical Systems encompass integrated software, electronics hardware, and application architecture within connected devices and distributed systems. The research aims