AMO GmbH
  • Über AMO
    • Team
    • Mission und Werte
    • Unsere Geschichte
    • Alumni
  • Was wir tun
    • Forschung
    • Reinraumtechnologie
    • Technologietransfer
    • Ausbildung und Training
    • Spin-offs & Start-ups
  • Forschung
    • Graphen Elektronik
    • Nanophotonik
    • Nanostrukturierung
    • Perowskit-Optoelektronik
    • Sensortechnologie und Energiewandler
    • Metrologie
    • Projekte
    • Veröffentlichungen
    • Gute wissenschaftliche Praxis
  • Aktuelles
    • News
    • nanovate!
    • Termine & Events
  • Karriere
  • Kontakt
  • Downloads
  • Click to open the search input field Click to open the search input field Suche
  • Menü Menü
  • Link zu LinkedIn

AEOLUS

Du bist hier: Startseite1 / Nanophotonik2 / AEOLUS

01.01.2021 — 31.12.2024

AEOLUS

an Affordable, miniaturisEd, clOud-connected system powered by deep Learning algorithms for comprehensive air qUality measurements based on highly integrated mid-IR photonic

Förderer Funding Agency: EU

Förderkennzeichen Grant ID: 101017186

The impacts of climate change and air pollution have become everyday concerns. With air quality having tangible effects on the environment and public health, accurate, real-time monitoring is of vital importance. The EU-funded AEOLUS project is developing a groundbreaking, affordable and miniaturised gas sensor that will greatly assist in rapidly and accurately assessing air quality. Utilising a novel sensing system, the sensor will calculate and predict indoor and outdoor air quality, greenhouse gas concentration and toxic gas leakage. The ultimate goal is to bring to the market affordable, portable sensors that will help improve air quality in a variety of environments, positively impacting daily life for European citizens.

The project AEOLUS targets the realization of an advanced sensing system for air-quality monitoring based on cloud-connected, miniaturized multi-gas sensors able to detect 10 to 15 gases. The sensing system will be powered by deep-learning algorithms and provide many functionalities for end-users, such as real-time alerts, notifications, and the possibility of taking automatic actions. 

https://aeolusproject.eu/

https://cordis.europa.eu/project/id/101017186

Kontakt

Dr. rer. nat. Stephan Suckow

https://www.linkedin.com/in/stephan-suckow-34b949199/
Group Leader - Nanophotonics


Website

aeolusproject.eu

Industrial Partners

  • Senseair AB (SE)
  • COSMOTE (GR)
  • Accenture (GR)

Research Centers

  • Institute of Communication and Computer Systems – ICCS (GR)

Academic Partners

  • KTH (SE)
  • TU Berlin (DE)

Über AMO

  • Aktuelles
  • Karriere
  • Kontakt
  • Downloads

Was wir tun

  • Forschung
  • Reinraumtechnologie
  • Technologietransfer
  • Ausbildung und Training
  • Spin-offs & Start-ups

Forschung

  • Graphen Elektronik
  • Nanophotonik
  • Nanostrukturierung
  • Sensortechnologie und Energiewandler
  • Perowskit-Optoelektronik
  • Veröffentlichungen

© 2023 AMO GmbH |
  • AGB
  • Impressum
  • Datenschutz
Link to: Active-3D TRR404-B02 Link to: Active-3D TRR404-B02 Active-3D TRR404-B02 Link to: AI-NET-PROTECT Link to: AI-NET-PROTECT AI-NET-PROTECT
Nach oben scrollen Nach oben scrollen Nach oben scrollen