In late June, the AMANDA consortium released the first video of the project, i.e. five video animations...
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AMANDA Advisory Board is a valued group of experts who will meet regularly with the AMANDA partners...
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From 25 to 26 February 2020, ZHAW - Zürich University of Applied Sciences, one of the leading univ...
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On Wednesday 6th of May 2020, the first day of a two-day plenary meeting
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With the beginning of May 2020, the Consortium applied AMANDA ASSC in 5E Digital Showcase
Read moreAMANDA is a latin female gerundive name meaning "deserving to be loved", "worthy of love", or "loved very much by everyone."
"Knowledge is the food of the soul."
Plato
Objective 1To design and develop a maintenance-free, miniaturised and adaptable Autonomous Smart Sensing Card (ASSC) for multipurpose environmental sensing and asset tracking in smart living and working applications; indoor, outdoor and wearable versions of the ASSC are anticipated. |
Objective 2To apply high aspect ratio architectures and miniaturization-oriented design in terms of the overall size reduction to achieve maximum thickness of up to 3 mm thickness depending on sensors employed. |
Objective 3To ensure maintenance-free (energy autonomy) functionalities exploring energy harvesting and storage concepts for powering microsensor nodes. |
Objective 4To apply multi-layer optimisation strategies for ultra low power processing/management. |
Objective 5To develop and integrate advanced miniaturised multi-sensing technology that will contribute significantly to the realization of next generation autonomous analytical instruments for distributed environmental sensing, asset and people tracking and monitoring. |
Objective 6To enrich wireless connectivity capabilities in support of cyber-secure mesh communication as well as ultra low power localisation and tracking. |
Objective 7To incorporate built-in ASSC processing capabilities for sensor/data fusion and low power edge intelligence in support of IoT-related services. |
Objective 8To validate the proposed ASSC in laboratory conditions under variable application scenarios. |
Amanda Project Grand Agreement No. 825464
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