Contact : Hind Castel (Telecom SudParis, IP Paris), Marco Di Renzo, (CentraleSupelec, UP Saclay)
Computer networks, and in particular the Internet, have become a fundamental infrastructure, with a huge impact on our daily lives. Fixed and mobile networks and power grids are becoming increasingly large and encompass hundreds of millions of nodes. The ComEx axis of Labex DigiCosme is structured around 4 main themes:
- ComEx-1 Network Information Theory: Coding, Security and caching
- ComEx-2 Future Access Network: Cloud, Ran and Optimization problems
- ComEx-3 Distributed networks: Optimization, Game theory, uncertainty, Networking
- ComEx-4 Optical Communication: Signal Processing, Coding and Networks
All these themes can be found in the various projects funded by the Labex DigiCosme
Working groups
- 2020 | Net4Vertical – Network Issues in vertical Applications
- 2019 | Théorie de l’Information
- 2018 | RD: Distributed Networks
- 2018 | O’COMEX : Optical Communications in Comex
- 2017 | FAN: Future Access Networks
Thèses
- 2019 | SW2SB
- 2019 | RANE
- 2019 | Discobole: Distributed computation for blockchain with long term security
- 2019 | BSM: Bayesian statistical methods for joint user activity detection, channel estimation, and data decoding in dynamic wireless
- 2018 | XERES
- 2018 | VEHICAST
- 2018 | ICN
- 2017 | NFDM
- 2017 | ECOMICENE
- 2016 | PERFECO
- 2016 | ModestBrood
- 2015 | CONTAIN
- 2014 | Index Coding
- 2014 | E-CloVis
Post-Doc – Engineer
- 2019 | UPACC
- 2019 | SW2SB
- 2019 | PERFRESO
- 2019 | LoRaWAN: Learning framework for radio resource allocation in LoRaWAN
- 2018 | V-CODE – VIDEO CODING OPTIMIZATION USING DEEP GENERATIVE MODELS
- 2017 | Post doc AI – based 5G networks for intelligent caching
Guest Scientists
- 2019 | Josu Doncel Vicente
- 2019 | Christine Tremblay
- 2019 | Antonio A. F. Loureiro
- 2017 | Antonella Molinaro
- 2015 | Rahul Vaze