Res levis
“Res levis” is a project aimed at integrating digital networks and services, with a focus on expanding the use of Bluetooth and Bluetooth Low Energy (BLE) technologies. The goal is to analyze and optimize network and radio protocols, evaluate existing technological solutions, and identify spaces for new products and services.
Localization algorithms for BLE networks based on artificial intelligence will be explored in depth. They promise great accuracy even with a small number of detectors, optimizing the balance between energy efficiency and precision of the results.
The project pursues edge network models and “first mile” services, i.e. proximity services such as localization and interpersonal communications, based on Bluetooth devices to complement Wi-Fi ones, improving energy efficiency, social and environmental sustainability, and reducing economic barriers related to digital access. Compared to Wi-Fi devices, BLE devices have reduced energy consumption and a lower cost. Their adoption allows:
- Social sustainability: Cheaper devices broaden the audience of users who can access services.
- Environmental sustainability: Lower energy consumption reduces the requirements for the electricity grid and at the same time the environmental impact.
These new models of digital services and infrastructures, resilient and sustainable, respond to the United Nations Sustainable Development Goals.
The project includes a so-called proof of concept (PoC) in an operational environment (Technology Readiness Level 7) to demonstrate the feasibility of the identified solutions, define a prototype for the integration of networks and services in proximity contexts, collect a significant dataset, useful in the advancement of artificial intelligence models.
According to the principles of Open Science and FAIR Data, the project results will be published and made accessible in open-source format, promoting collaboration between scientific communities, start-ups and SMEs. The datasets generated during the PoC will be made available with the least possible restrictions, in compliance with the principle “as open as possible, as closed as necessary”. This approach will favor the adoption and development of new technologies based on Bluetooth.
The “Res levis” project is made possible by funding from the RESTART Research Program using resources from the PNRR MUR – M4C2 – Investment 1.3.
Access to the different areas of the website is reserved for participants in specific work groups, according to the rules that each group has given itself.
This website is hosted by Primomiglio, a group promoting decentralized and proximity digital technologies.
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