Coordination of the European Future Internet forum of Member States, Coordination and Support Action.
The project is funded by the European Commission’s 7th Framework Information Society Technologies (IST) Programme, in Objective 1.1 The Network of the Future.
U-2010 project stands for ubiquitous IP centric Government & Enterprise Next Generation Networks Vision 2010 and its overall objective is to provide the most capable means of communication and the most effective access to information to everybody required to act in case of accident, incident, catastrophe or crisis, while using existing or future telecommunication infrastructures.
The NARTUS project is focused on creating a European platform and roadmap for future public safety communication and will help to facilitate European integration in the area of Public Safety with particular focus on public safety communications and information systems.
SECRICOM is a research project creating Seamless Communication for Crisis Management for EU safety. Thirteen partners from eight EU countries united their capacities in order to produce a competetive solution for secure communication and collaboration of emergency responders with advanced functions. The project is co-funded from FP7 programme.
Network slicing is considered as the key technology of an agile Vehicle-to-everything use-case deployment. However, most deployments in Europe focus on evaluating the network performance and ignore the security and privacy aspects, notably in a cross-border scenario.
Today’s economy and citizens of the EU by proxy, depend on reliable network and information services. Despite a wide selection of technical protection measures being available, attacks on electronic services are on the rise in number and impact. The EU’s response under its Cybersecurity Strategy has been the NIS Directive as a legal instrument aiming to ensure that critical information technology systems in central sectors of the economy are secure.
This project addresses the advantages of using near-field based automotive systems in applications where RFID based systems cannot function properly, proposing an automotive tire identification and diagnose system to use on fleet commercial vehicles.
Until now, satellite vendors operate their satellites in their own satellite control language which are restrictive, proprietary, dependent on 3rd party software, and very heterogeneous. As a result SES developed SPELL (Satellite Procedure Execution Language and Library) as a unified and open-source satellite control language usable for each satellite vendor.
Researchers from the SECAN-Lab group headed by Prof. Dr. Thomas Engel continue their efforts to make industry control systems more secure and resilient against wide range of networks attacks. Together with the Luxembourg utility company Creos, they search for weaknesses within contemporary SCADA deployments using emulation - a method to analyze real-world systems with a high level of details. To this end, the SCADA team researches methods to stay safe and robust in the presence of network attacks.
Internet Technology invades almost all spheres of our everyday life. Due to emerging use cases such as online social networks, banking, buildings automation, smart metering, eHealth, and eGovernment, networks are increasingly used to transmit privacy-sensitive data. The volumes of transferred, processed, and stored data are continuously expanding. There is an ever-growing temptation to collect the information once revealed: storage becomes steadily cheaper, data mining increasingly better. As a consequence, privacy on the Internet is attracting more and more attention and has become a serious concern.
The world is urbanizing rapidly. As a consequence, traffic congestion in metropolitan areas has significantly increased over the last two decades. Although there has been significant innovation in cars’ safety systems and fuel efficiency, traffic congestion remains one of the modern ills of our society. In most cases, existing road infrastructure cannot easily be extended to meet increasing traffic demand.
MOTION: Exploring human mobility and optimizing the usage of the transportation network using vehicular network technologies
In order to understand individual mobility on a countrywide scale, it is important to reply on large scale mobility datasets.
The Telecom Museum Experiences (TelMe) project is funded by POST Luxembourg. The project will explore new serious gaming approaches which are designed to improve public understanding of telecoms research and development.
The aim of the project is to explore indoor positioning based on ambient radio signals, such as FM and TV broadcasts, cellular network signals. While GPS has practically solved the problem of outdoor navigation, indoor localization remains an open challenge. Existing systems require dedicated localization infrastructure and work only within instrumented buildings. Broadcasted radio signals, in contrast, are tailored for indoor reception and are widely available even in less populated areas. Pioneering works have already demonstrated feasibility of indoor localization with FM, TV and GSM signals. However, they only proved the concept and more research is required to evaluate practical benefits and limitations of indoor localization based on ambient radio signals.
In Luxembourg, mobility has become a socio-economic issue over the years due to the large number of foreign commuters who cross the border everyday causing significant travel delays on the transportation network. Recently, several actions have been taken to reduce traffic congestion and improve public transport services, especially in urban environments where the road network cannot be easily extended.
Nowadays, cars are becoming increasingly dependent on embedded computers, sensors, cameras, Light Imaging, Detection, And Ranging (LIDAR), etc. to enable safe and comfortable journeys for drivers and passengers. Moreover, self-driving cars will hit our roads in the coming years, which will require an increasing number of advanced sensors and high resolution camera systems.
A smart key is an electronic device which authorizes the owner of a car to unlock and start the car based on proximity, without the need to physical contact of the key with the car or interaction with the key by the owner. The idea originates from the early ’80s, and it is now used by different manufacturers under different names, e.g., Honda calls it Smart Entry System.
Semi-Autonomous Vehicles present a major challenge for drivers, namely the risk that their driving skills will decline. The problem is further compounded by the fact that while the number of semi-autonomous vehicles will increase there will fore the forseable future still remain a large number of vehicles with no or little autonomous control.
The project FSTO (Feasibility for Topology Optimization) aims to analyze the networks connectivity between a representative partition of national institutions and organizations in Luxembourg. The main goal of this project is to map physical links between major backbone routers in Luxembourg.
An increasing number of devices and objects are connected to the Internet. Together with advances in sensor technology and their mass availability, the use of wireless networks drives the increasing penetration of Machine-to-Machine (M2M) communications in many domains, such as security and surveillance, transportation, and energy.
The local project aims at a collaborative mobile and web-based platform for authoring and sharing multi-media historical heritage content about the period 1945 - 1960: from the end of WWII to the dawn of Europe, in the context of their respective 70th (2015) - 60th (2017: EEC) anniversaries.
Today's network infrastructures are mainly based on approaches that were developed at the dawn of the World Wide Web. Integrating novel approaches presents challenges in changing traditional networking concepts. Recently a new concept aims to significantly modify the physical networking concepts and push these new concepts in areas like data centers, campuses or into the cloud: software defined networking (SDN).
Vehicular Ad hoc Networks (VANETs) have been receiving a lot of interest from academia, automotive industry, and government, as they hold the potential to enable a wide range of applications and services, improving both safety and comfort on the road.
The project IDSECOM aims to build a secure platform for self-management of the Things and services in the Internet of Things environment. The proposed platform brings the functionalities of the so-called ID layer to the network structure and integrates self-management, mobility and security/privacy functionalities in order to create a network infrastructure that offers an easier (and intuitive) access to the IoT (Internet of Things) services.
