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architecture. It will use state-of-the-art robot-aided acoustic measurements and employ advanced computational and acoustic modeling techniques to create a versatile Acoustic Digital Twin, which will be combined
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architecture. It will use state-of-the-art robot-aided acoustic measurements and employ advanced computational and acoustic modeling techniques to create a versatile Acoustic Digital Twin, which will be combined
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architecture. This project will use state-ofthe- art robot-aided acoustic measurements and employ advanced computational and acoustic modelling techniques to create a versatile Acoustic Digital Twin, which will
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architecture. This project will use state-of-the-art robot-aided acoustic measurements and employ advanced computational and acoustic modelling techniques to create a versatile Acoustic Digital Twin, which will
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architectures capable of operating in changing environments and supporting future cognitive radio systems. This project aligns with global research priorities in next-generation communications, energy-efficient
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implementation of a scalable Digital Twin architecture, data acquisition from industrial sensors, development of predictive models, and validation through simulation and experimental case studies. The proposed
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sonic architecture. This project will use state-ofthe- art robot-aided acoustic measurements and employ advanced computational and acoustic modelling techniques to create a versatile Acoustic Digital Twin
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experiences and sonic architecture. This project will use state-of-the-art robot-aided acoustic measurements and employ advanced computational and acoustic modelling techniques to create a versatile Acoustic