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Ultra Low Power Consumption Low Noise Cryogenics and Ambient MMIC for Space Telecommunications in Q-band – Low.IQ
The main objective of this proposal is to develop low noise receivers in Q-band. Targeted applications are space telecommunications, with potential applications such as: - Ambient temperature LNAs for Payload applications, where the HF performance, and in particular the noise figure are important
Prototype development of an all optical linear sampling based constellation oscilloscope – OCELOT
The OCELOT project aims at developing the optical linear sampling of very high rate (> 100Gbps) optical signals with advanced modulation formats, especially in phase (x-PSK), in order to extract amplitude and phase information and display it in a constellation diagram. The main purpose of OCELOT is
Design and deployment platform for Personal Information Manager – PIMI : Personal Information Management t
The future Internet will bring a growing number of networked applications (services), devices and individual data (including private ones) to end-users (citizens, consumers, employees). The important challenges are the organization of their access, and the guarantee of trust and privacy. The objec
Leveraging Insurance for services providers cohabitation over Cognitive Radio Networks – LICoRNe
Efficient spectrum management and optimization are becoming the cornerstones for the deployment of our future mobile communications systems and, in this way, severely impact the incredible deployment of various mobile wireless technologies that would enable the instantiation of the 4G vision. As a d
Security protocols : formal model, computational model, and implementations – ProSe
There is nowadays a huge quantity of information that flows through untrusted channels. And this will still increase dramatically in the future. Mobile sensor networks are deployed everywhere and control more and more social activites: car driving, health care, traffic control, ... Mobile and ad hoc
Mobile Coordinated Substitution Network – RESCUE
Access and metropolitan networks are much more limited in capacity than core networks. While the latter operate in over-provisioning mode, access and metropolitan networks may experience high overload due to evolution of the traffic or failures. In wired networks, some failures (but not all) are han
F-Lab: Federating computing resources – F-Lab
As proposed by initiatives in Europe and worldwide, enabling an open, general-purpose, and sustainable large-scale shared experimental facility will foster the emergence of the Future Internet. There is an increasing demand among researchers and production system architects to federate testbed resou
Content-Oriented Networking: a New Experience for Content Transfer. – CONNECT
CONNECT will contribute to the definition and evaluation of a new paradigm for the future Internet: a content-centric networking (CCN) architecture where, rather than interconnecting remote hosts like IP, the network directly manages the information objects that users wish to publish, retrieve and e
Compact antenna platforms for IP on the move satellite applications – AMORCE
There is an increasing need for broadband wireless Satellite connection to Internet services in public transportations, like buses, aircrafts and high-speed trains. To offer such connections with a high quality of service, innovative, low-cost and compact antenna platforms must be invented and devel
Advanced BST based SYStems: new RF designs – ABSYS 2
Nowadays, due to the rapid development of wireless communication systems, in particular, public telecommunication, such as, television, internet, mobile phones and global positioning systems (GPS), transceiver architectures demand constant miniaturization of millimeter wave and microwave devices , b
Ultra-Wideband Integrated amplifying Device for Enhanced WDM optical systems – UltraWIDE
The project UltraWIDE addresses the issue of increasing the total capacity of wavelength division multiplexing (WDM) systems through a disruptive approach that intends to widen the amplification bandwidth of WDM optical systems. Nowdays, optical fiber communication systems based on WDM widely use er
Lossy filters for multiradio front-ends. Application to future wireless home-networking communications – EXPRESSO
The research project EXPRESSO aims to design lossy microwave filters for future wireless home-networks. With the increasing demand of new services, devices for mobile communications and home-networking integrate more and more standards, and therefore in order to maintain signal integrity of the var
Time-Reversal MIMO OFDM Green communicAtions based on MicRo-structured ANtennas – TRIMARAN
OFDM-MIMO systems are efficient for wireless communications in terms of throughput versus transmit power. Many algorithms have been developed in the physical layer and joint MAC-PHY layers, for both TDD and FDD, in order to achieve the MIMO capacity under maximum transmit power constraint. MIMO-OFDM
AlInN/Gan Evaluation for low Noise - hiGH power, and Integrated circuitS in and above KA baNd – GENGHIS KhAN
The GENGHIS KhAN project proposes to develop new AlInN/GaN WGB technology for millimeter wave applications dedicated to satellite communications. In the RF business, GaN HEMT is now ready to challenge Si LDMOS and GaAs pHEMT in the telecommunication base stations market (3G, 4G, WiMAX...). With d
REalibility Analysis of GaN technologies. Development of an innovative methodology for physical and electrical analysis at the device scale – ReAGaN
Telecom infrastructures are based on various standards using different modulation schemes (PSK, QPSK…..) characterized by a Peak to Average signal Ratio (PAR) which can reach 10.5dB for W-CDMA modulation. The expected 4G standards (Evolved UMTS and WiMax) are operating OFDM multiplexing technology w
MOBILE-MULTIMEDIA – M3
Tomorrow’s media landscape should be driven by the “native digital people”, i.e. people deeply anchored in a digital world (computers, mobile phone, internet...). These users are intensive consumers of internet, including web radio listening, file downloading and sharing, discussions on social netw