Collaborative Research Projects
Please find below selected joint research projects from EURAMET's European Metrology Research Projects (EMRP and EMPIR) that are related to Mathmet:
Current projects
Trustworthy and quality-assured quantitative magnetic resonance imaging
APULEIO
European Health policy aims to support the modernisation and digitalisation of health systems and infrastructure to protect and improve the health of ...
read moreAutomated, adaptive and uncertainty-aware smart measurements using machine learning
A3SmartML
The European Union has identified six key enabling technologies to help achieve an interconnected, digitalised, resilient and healthier European socie...
read moreTraceability for industrial 3D digitalisation by advanced scanning systems
ScanClouDT
The Directorate “Prosperity” of the EC has highlighted 3D laser scanning as a key enabling technology for the advent of Industry 5.0, which uses new t...
read moreMetrology for reliable power grid data analytics
GridData
To ensure Europe’s Green Deal’s aim of reducing greenhouse gas emissions to zero by 2050 requires increasing the amount of electricity generated from ...
read moreMetrology for reliable liquefied energy gases measurement
CryoMet
As part of the European Green Deal, the EU aims to be climate-neutral by 2050. To support this, the EU hydrogen strategy has identified liquified ener...
read moreHybrid metrology for sustainable and low-carbon footprint battery materials
HyMetBat
Batteries are playing an increasingly important role in the European Green Deal’s net-zero ambitions. However, many high-capacity storage technologie...
read moreMetrology for smart metering in gas networks
SmartGasNet
To meet the goals of the European Green Deal, the EU aims to establish a carbon-neutral energy supply by 2050. In particular, the REpowerEU plan outli...
read moreRadon metrology: Sensor networks for large buildings and future cities
RadonNET
European Directive 2013/59/Euratom requires that member states of the European Union mitigate the exposure to radon (Rn) and its progeny in order to s...
read moreTraceable machine vision systems for digital industrial applications
DI-Vision
Industry 4.0 aims to transform industrial processes through the integration of ‘smart’ technologies such as AI, automation, and robotics, into manufac...
read moreMetrology for green maritime shipping: Emission control through traceable measurements and machine learning approaches
MaritimeMET
The International Maritime Organisation (IMO) aims to reduce carbon intensity from international shipping by at least 40% by 2030 through uptake of al...
read moreThermometry with embedded SI traceability for industrial applications
ThermoSI
A step towards making Europe carbon-neutral is improve energy efficiency in current processes, and the EU has imposed a binding target of reducing ene...
read moreStandardisation of bioaerosol monitoring for air quality and climate modelling
BioAirMet
Biological aerosols such as pollen, fungal spores, planet debris, bacteria and viruses are found throughout the atmosphere. These bioaerosols effect t...
read moreTrustworthy virtual experiments and digital twins
ViDiT
Simulation models, that can mimic or replicate physical systems, are used in a wide range of industries to design, test and develop products. As well ...
read moreFundamental principles of sensor network metrology
FunSNM
Sensor networks can be comprised of dozens, hundreds, or thousands of sensors, often measuring different parameters under different environmental cond...
read moreUncertainty quantification for machine learning models applied to photoplethysmography signals
QUMPHY
Photoplethysmography (PPG) uses optical measurements to determine the volumetric changes of body fluids, for example blood. This non-invasive method i...
read moreAffordable low-field MRI reference system
A4IM
Magnetic resonance imaging (MRI) uses radio waves and large magnetic fields to help identify conditions ranging from damaged ligaments to cancer. Arou...
read moreDeveloping a metrological framework for assessment of image-based Artificial Intelligence systems for disease detection
MAIBAI
It is estimated that cancer incidence will increase by 21 % by 2040. Preventative screening is integral to the early detection and treatment of many f...
read moreMetrology for the hydrogen supply chain
Met4H2
The 2020 EU hydrogen strategy has laid out the European Commission’s plans to transition towards ‘green’ hydrogen, a zero-carbon alternative to natura...
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Completed projects
Advancing measurement uncertainty - comprehensive examples for key international standards
EMUE
From manufacturing to medical diagnosis, organisations routinely make decisions based on measurement data. Awareness of the associated uncertainty and...
read moreSoftware to maximize end user uptake of conformity assessment with measurement uncertainty
CASoft
From aerospace and automotive industries to the energy and health sectors, test and measurement equipment is used to assess systems and products. Conf...
read moreMetrology for multi-modality imaging of impaired tissue perfusion
PerfusImaging
Cardiovascular disease (CVD) covers a range of disorders of the heart or blood vessels, including angina and heart attacks, and is the leading cause o...
read moreNovel mathematical and statistical approaches to uncertainty evaluation
Uncertainty
Measurement uncertainties are important in many applications, from ensuring precisely engineered components fit together to confirming batches of sens...
read moreTraceability for computationally-intensive metrology
TraCIM
Complex software and statistical modelling dominates all aspects of business and much of our daily lives. It is nearly impossible to confirm that comp...
read moreTraceable Dynamic Measurement of Mechanical Quantities
Dynamic
Measurements of force, pressure and torque are important to most manufacturing sectors. However, while the sensors used to make these measurements (tr...
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