Technical Standardisation for Trustworthy ICT, Aerospace and
Construction
PARTNERS
RESEARCH
Core research pillars
- ICT.
- Aerospace.
- Construction.
With a special focus on
Core scientific research areas, technical
standardisation needs, and identification of gaps
between research and standardisation.
Objectives
Deepen data and AI capabilities and continuously drive
innovation in 3 major economic sectors of Luxembourg.
ICT
The space sector is no longer an exclusive domain of governments
and military applications. With reduced access costs, more
private companies have entered the space industry, significantly
increasing its popularity. The growth in satellite data and the
number of providers has led to the development of satellite data
marketplaces, which facilitate easier access to such data. Our
research focuses on challenges within these satellite data
marketplaces. Specifically, we address the NP-hard
multi-objective combinatorial problem of selecting satellite
images that meet certain requirements to create larger composite
images, called mosaics, for studying extensive regions. This
involves optimising multiple objectives such as cost, cloud
coverage, incidence angle, and image resolution.
Satellite data marketplaces
Combinatorial problems
Multi-objective optimisation
Aerospace
With our research, we are extending the machine learning
capabilities of distributed systems to make truly autonomous
swarms of satellites a reality. These will give unprecedented
flexibility and resilience to future space missions while also
reducing the cost of missions in the long term. By
simultaneously identifying related standardisation needs in this
field, we prepare stakeholders to be ready for liftoff when the
time comes.
Innovative satellite swarm techniques
Novel machine-learning strategies
New space mission frontiers
Construction
The development of the construction industry is one of the
manifestations of the growth and development of communities.
The highest share of fixed capital accumulation and the
highest share of employment is in this industry sector.
Improving the quality in the production of materials, design
and implementation methods, speeding up the construction
process, competition in the advancement of technology, optimal
use of labor and the use of new construction technologies are
among the influential components in this industry.
With our research, we aim to increase the efficiency and
quality control of the construction sector through the
optimisation of some fundamental variables, which carry
important roles in this industry.
Specifically, our research focuses on minimizing the thermal
transmittance of windows to enhance the energy efficiency of
buildings, while simultaneously striving to reduce
construction costs. These initiatives exemplify the practical
applications of our research efforts.
Enhancement of construction quality
Reducing macroeconomic costs
Process automation
Cutting-edge research
Research at the forefront of three fast-developing domains
Identification of standardisation gaps
Identifying standardisation needs to prepare for the future
of industry
Maximum impact
Encouraging uptake of research output by stakeholders