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Intelligent DEsign of Future mobile Internet for enhanced eXperience – IDEFIX
aMobile networks are rapidly evolving towards new technologies characterized by an increasingly sophisticated radio interface, always with the aim of higher bit rates and ubiquitous coverage. This rapid network evolution is driven by the explosion of mobile traffic; a tendency that is not only predi
Adaptive Behavior and Cloud Distribution – ABCD
Thanks to the industrial partners providing cellular and WiFi access data logs, the purpose of the project is to define adequate solutions to capture mobility patterns, correlating mobility with usages for a mobile Cloud offloading architecture for telecom networks. This solution requires a reliable
Distributed learning algorithms orchestration for mobile networks resource management – NETLEARN
More specifically we address in this project the following technical bottlenecks: 1) Excessive interference is a crucial aspect of todays (LTE) and future (LTE-A) radio access networks (RAN) that prevents mobile users to have a homogeneous quality of service whatever their location and along thei
Social Cloud over Plug Networks, Enabling Symmetric Access to Data and Preserving Privacy – SocioPlug
Many grassroots initiatives have alerted users on the threats to their privacy, and on the problematic dependency created by such services. Few users are however aware of the systematic extent to which their data is being exploited. To offer alternative choices, several initiatives such as Freedom b
Lambda-based Access and Metropolitan PassIve Optical Networks – LAMPION
LAMPION project aims at demonstrating the feasibility of developing a Wavelength Division Multiplexing Passive Optical Network (WDM PON) system with the purpose to use it in mobile fronthaul (Cloud Radio Access Network context) and Dense WDM metropolitan networks. WDM PON provides the ability to a
multi-objective scheduling for large scale parallel systems – MOEBUS
The ever growing evolution of computing platforms leads to a highly diversified and dynamic landscape. The most significant classes of parallel and distributed systems are supercomputers, computational grids, clouds and large hierarchical multi-core machines installed in dedicated computing cent
Ultra high data rate quasi-optic phoTONIC-based COMmunications – COM'TONIQ
The key point of COM'TONIQ are: - To succeed to obtain a photonic oscillator based solid state lasers dual-frequency and very stable Brillouin lasers. - To demonstrate photomixers based on powerful UTC photodiodes. - To reach a working transmission link in an suitable outdoor environment.
Advanced Technologies fOr Millimeterwave Integrated filters in Q and V bands – ATOMIQ
The goal of the project is to develop a new generation of integrated filtering function within the frequency converter of future high throughput satelittes in Q and V Bands. Development of high performance ceramic to be used in 3D rapid prototyping ceramic process. Space evalution of SIW technologi
The LISP-Lab Platform for Future Internet Services – LISP-Lab
The ever-increasing growth of the Internet, accelerated by the massive deployment of mobile data services, raises scalability and performance issues that need to be addressed for the sake of a more robust Internet infrastructure. These issues are mostly due to the use of a single IP numbering space
DataTweet - a public service for opportunistic communications – DataTweet
The DataTweet project proposes to explore the idea of a ubiquitous public data service for transmitting short messages in a similar way to Twitter. Any user or source of the service will be able to send a short message at a very low rate to some destination address over various access networks: open
Broadband PROfessional Mobile Radio based on FILter Bank Multicarrier modulation – PROFIL
ANR PROFIL (Broadband PROfessional Mobile Radio based on FILter Bank Multicarrier modulation) project aims at contributing to PMR (Professional Mobile Radio) networks evolutions. These networks, which transmit low data bit rate services for public safety and mission critical applications (usually vo
miniature SENSor Antenna Systems – SENSAS
The recent advances of low power electronics and sensing technologies have led to the increasing number of various types of wireless sensors (physical, biological and chemical sensors). In the future, these sensors will be everywhere and many will be in our personal objects devices, embedded in our
DIstributed SDN COntrollers for rich and elastic network services – DISCO
SDN (Software Defined Networking) represents a disruptive change in the way networks are architected, built, and operated. SDN opens up traditionally closed, single-vendor networks and brings competition and innovation to bear on some historically unsolvable networking problems. SDN is a new promisi
Adaptive Supervision of Avatar/Object Links for the Web of Objects – ASAWoO
Our WoT architecture will be designed to verify the following properties: - Scalability: our infrastructure will be designed to be deployed from home environments to big organizations, as well as in outdoor environments. Thus, it must be flexible enough to scale over a large and variable number