Section: Partnerships and Cooperations

National Initiatives


  • ANR Verso ECOScells 10/2009-12/2012

    Participants: Anis Ouni, Hervé Rivano, Fabrice Valois

    The objective of ECOScells is to study energy efficient microcells networks. Hervé Rivano is leader for Inria side and of the work package focusing on energy efficient wireless backhauling.

  • ANR ARESA2 03/2010-08/2013.

    Participants: Alexandre Mouradian, Isabelle Augé-Blum, Fabrice Valois

    The partners in the ANR ARESA2 project are: Orange Labs, Coronis, Inria, LIG, Télécom Bretagne, VERIMAG. Our contributions focus on: resiliency of routing protocols in WSN; how to exploit the heterogeneity in wireless multi-hop network; real-time and QoS support in routing protocols for WSN. This project will end in August 2013. Alexandre Mouradian (Ph.D student) is funded by ARESA2.

  • ANR ABCD 10/2013-04/2017.

    Participants: Diala Naboulsi, Marco Fiore, Razvan Stanica

    The partners in the ANR ABCD project are: Orange Labs, Ucopia, Inria UrbaNet, UPMC LIP6 PHARE, Telecom ParisTech. The objective of ABCD is to characterize large-scale user mobility and content consumption in urban areas via mobile data mining, so as to achieve efficient deployment and management of cloud resources via virtual machines. Our contribution in the project consists on the characterization of human mobility and service consumption at a city scale, and the design of appropriate resource allocation techniques at the cellular network level.

  • ANR IDEFIX 10/2013-04/2017.

    Participants: Soukaina Cherkaoui, Hervé Rivano, Fabrice Valois

    The partners in the ANR IDEFIX project are: Orange Labs, Alcatel Lucent - Bell Labs, Telecom Paris Tech, Inria UrbaNet, Socrate and Dyogene.

Pôle ResCom

Common Laboratory Inria/Alcatel-Lucent Bell Labs

  • ADR Green

    UrbaNet is part of the ADR Green of the common laboratory Inria/Alcatel-Lucent Bell Labs. This ADR provides the PhD grant of Soukaina Cherkaoui on the adaptation of wireless sensor network control protocols for optimizing the energy consumption of heterogeneous cellular LTE networks.