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SEPOC: OPV energy harvester for Self-Powered Camera
SEPOC: OPV energy harvester for Self-Powered Camera The main aim of the project will be to build the world first self-powered IR thermal sensor to be deployed indoor for building energy management. The consortium will combine an OPV mini panel well-sized in power output and voltage...
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NetQRNG: NETwork Raspberry Pi-based Quantum Random Number Generator
NetQRNG aims to provide compact quantum secure keys for IoT nodes protection. The first application is for energy communities. The main output of the project will be a QRNG based demo system able to provide quantum secure keys. NetQRNG objective is to demonstrate the random number...
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MAISOR: Implementation and demonstration of a microelectronics chip for Edge-AI computing into a high-resolution vapor sensor for olive oil classification
In the MAISOR project, the consortium will develop a new concept of a volatile analysis sensor based on a very innovative analytical instrument supported by Edge-AI implemented in a microelectronics system. The increasing global demand for extra virgin olive oil (AOVE) has generated the...
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LPS-OCF: Open Circuit Finder for Lightning Protection Systems
The project aims to develop a Lightning Protection System Open Circuit Finder (LPS-OCF) prototype, utilizing radio communications technology to locate faults in LPS with a precision of 500 mm. The prototype will be tested, validated, and demonstrated in an operational environment,...
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Listen and Predict project funded under Silicon Euroclusters project!
This initiative will develop and test IoT sensor boxes, with new functionalities, in four cities in Germany which will help to prevent water losses, and leakages occur as these occur all over the networks of water and district heating systems. Replacement is capital intensive and causes...
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Green-Grid project: Green Energy Harvesting for a Global IoT-Powered Grid
In this project, a silicon-based energy harvester will be produced utilizing piezoelectric materials and an in-phase resonator array for heightened scalability, economic feasibility, and sustainable manufacturing. This technology will propel smart grid applications and Dynamic Line...
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DECT NR - World first non-cellular private 5G DECT NR+ connectivity for healthcare applications
In the project a low cost and ultra-low power energy-efficient wireless microchip will be developed based on new ETSI DECT NR+ wireless standard (First version released E/2021). In DECT NR next objectives are sought: Enable the next level of massive IoT use-cases Digitise the...
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