Here is the list of Scientific Project For ACN 2018-2019.
The procedure is the following:
- To choose a project:
- Dont hesitate to use the “search” feature (keywords, etc.).
- Try to get information & documentation on the technologies described. Some links to papers or web pages are sometimes given in the project description.
- Contact the advisors if you need more information. No problem to contact several people on different subjects. You need to be motivated and feel capable to conduct the project so more information is always welcome.
- If you want to apply for a project, contact the advisor by email. They are not necessarily members of the admission jury so they don’t know you: so please present yourself and add a short resume. Usually a conf-call or f2f meeting will be organized with the team.
- Be proactive and fast, you should start asap !!!
- Despite the large number of projects proposed, your dream project may not there ! Don’t worry, contact either Luigi Iannone or J.L.Rougier. We can help you to find other projects…
You can find more detailed instructions about the ACN scientific projects here.
List Of Available Projects:
Contents [hide]
Architecture and prototyping of an IPv6-centric container data-center with Kubernetes (Cisco PIRL)
Contact: Pierre Pfister (ppfister@cisco.com) In a world where acquiring a single IPv4 address costs 10$, internet giants like Facebook or Google are moving full throttle to operating IPv6-only data-centers. In the meantime, open-source software is struggling to catch-up, as many open-source software remains IPv4-only. In this context, you will help Cisco engineers in contributing to...
Other projects @ Cisco PIRL
- Demand deduction and traffic optimisation with SR traffic matrix - Black holes detection with SR data plane monitoring - SR telemetry with VPP - Configuration Management for Networked Devices using Distributed Ledgers Contact: Patrice Nivaggioli (pnivaggi@cisco.com) Descriptions to be provided latter. It has be presented quickly on Sep 6th (welcome day). Notes SR: Segment...
Multi-hop LoRa – Advanced IoT Networking (LIX)
Contacts: Juan-Antonio Cordero-Fuertes <Juan-Antonio.Cordero-Fuertes@polytechnique.edu> Marceau Coupechoux <marceau.coupechoux@telecom-paristech.fr> See: https://cloud.epizeuxis.net/index.php/s/umomxxda1awd4jG#pdfviewer
BIER for IOT (LIX)
Contacts: Thomas H. Clausen, Yoann Desmouceaux <Yoann.Desmouceaux@polytechnique.edu> See: https://cloud.epizeuxis.net/index.php/s/umomxxda1awd4jG#pdfviewer
FGPA-based hardware Prototype for an Application Aware Load Balancer (LIX)
Contacts: Thomas H. Clausen, Yoann Desmouceaux <Yoann.Desmouceaux@polytechnique.edu> See: https://cloud.epizeuxis.net/index.php/s/umomxxda1awd4jG#pdfviewer
Cybersecurity: Verifiable, Aggregate, Routing for Smart Grid Security (LIX)
Contacts: Thomas H. Clausen <Thomas.Clausen@polytechnique.edu> Ben Smith <smth@lix.polytechnique.fr> See: https://cloud.epizeuxis.net/index.php/s/umomxxda1awd4jG#pdfviewer
Babylon Code for Network Storage (TPT)
Contact: Nadia Boukhatem (boukhatem@telecom-paristech.Fr) The goal of this project is to build a proof of concept of the « babylon code » in a distributed network storage system. This novel erasure coding method allows to reduce network and disk usage when reconstructing redundant chunks in network storage systems. This technology has been recently designed within our lab...
Crawling the Internet with PROBE (TPT)
CONTACT: Luigi Iannone <luigi.iannone@telecom-paristech.fr> - Telecom-ParisTech CONTEXT: PROBE [1] PROBE is similar to PING in that it can be used to query the status of a probed interface, but it differs from PING in that it does not require bidirectional connectivity between the probing and probed interfaces. Instead, PROBE requires bidirectional connectivity between the probing...
PyRIG: Analysing the World Wide LISP Deployment (TPT)
Supervisor: Luigi Iannone <luigi.iannone@telecom-paristech.fr> Keywords: Pyhton, LISP, Internet Architecture, Routing There is a rough consensus that the Internet routing and addressing system is facing severe scalability issues [RFC4984]. The Locator/ID Separation Protocol (LISP), specified in [RFC6830], is built on top of the basic idea of decoupling the IP address overloaded semantics. LISP creates two separate...
NVO3 Tunnelling (TPT)
Supervisor: Luigi Iannone <luigi.iannone@telecom-paristech.fr> Keywords: Virtualisation, Data-Centers, Tunnelling, Encapsulation, IETF In the modern data center, traditional technologies are limiting the speed, flexibility, scalability, and manageability of application deployments. There is emerging interest in the industry in overlay technologies, which may address some of these challenges. In the IETF, the NVO3 Working Group [NVO3] has been...
Internet Congestion Map (TPT)
Contact: Jean-Louis Rougier (rougier@enst.fr) Based on the work of a previous Ph.D. student of our group, we aim at developing and implementing some tools which would allow to analyse current Internet statistics (Ripe Atlas Streams and BGP data) in order to detect anomalies automatically. Using simple machine learning and data analytics on the wide number...
Ultra-fast charging infrastructures for Electric Vehicles : myth or reality? (TPT)
Numerous EV charging infrastructures have been deployed in Europe and in America these last ten years. To the best of our knowledge, all these infrastructures rely on the first generation of charging stations. 1G charging stations enable to recharge the battery of an EV in a few tens of minutes up to a few hours...
Cloudlets handover management for vehicular traffic regulation (TPT)
Cloudlets are a variant of Cloud Computing that has been designed to satisfy real-time interactive applications running on laptops or mobile phones. The aim of this project is to apply the concept of Cloudlet to the automatic regulation of cars on a motorway. This project is a the border between radio-mobile communications and optimization techniques...
Spectrum Sharing in 5G Networks
Frequency spectrum is a scarce resource that has to be efficiently used to respond to the increasing demand of mobile data. Today's model relies on the exclusive use of frequency channels by mobile operators. They however don't use this spectrum all the time and everywhere and large parts of the resource remains unexploited. An alternative...
Study of Hybrid/Optical Packet Switched data center network topologies (TPT)
Artur Minakhmetov Email: artur.minakhmetov@telecom-paristech.fr Cédric Ware Email: cedric.ware@telecom-paristech.fr Context: Supervision: Artur Minakhmetov Email: artur.minakhmetov@telecom-paristech.fr Cédric Ware Email: cedric.ware@telecom-paristech.fr http://perso.telecom-paristech.fr/~ware/ The future of Internet depends on meeting ever-increasing capacity needs while curbing the energy consump- tion’s uncontrolled growth in data networks and reducing the end-to-end latency of mobile networks. Optical functionalities (OFs), such as wavelength conversion, all-optical regeneration...
Study of buffer occupancy of a hybrid switch in Hybrid/Optical Packet Switched data center network (TPT)
Supervision: Artur Minakhmetov Email: artur.minakhmetov@telecom-paristech.fr Cédric Ware Email: cedric.ware@telecom-paristech.fr Context: The future of Internet depends on meeting ever-increasing capacity needs while curbing the energy consump- tion’s uncontrolled growth in data networks and reducing the end-to-end latency of mobile networks. Optical functionalities (OFs), such as wavelength conversion, all-optical regeneration and optical packet switching, have a tremendous potential to...
Beam management in 5G NR (TPT)
Contact: Marceau Coupechoux <marceau.coupechoux@telecom-paristech.fr> The goal of this project is (i) to study the 5G NR standard to understand how beam management is implemented in 5G (ii) to make a literature study of the beam management algorithm proposed in the literature (iii) to compare these algorithms in terms of accuracy and latency (iv) to propose...
Energy efficient 5G/6G MISO-NOMA schemes (Nokia Bell Labs)
Company: Nokia Bell Labs France (Paris-Saclay) https://www.bell-labs.com Department:Mathematics of Dynamic Systems, Lab of Information, Nozay (91620) & LINCS, Paris 13 (75013). Supervisors: Calvin C. S. Chen, Research Scientist (MTS), chung_shue.chen@nokia-bell-labs.com, Lou Salaün, Research Engineer, lou.salaun@nokia-bell-labs.com, Albert C. W. Sung, Professor (City Univ. of Hong Kong), albert.sung@cityu.edu.hk Context The dramatically increased demand of data traffic and the prevalence of...
D2D communications (Orange Labs)
Contact : Jean-Marc Kelif (Orange Labs) jeanmarc.kelif@orange.com (sorry description provided in french... use an on-line dictionary) Contexte La communication de dispositif à dispositif (D2D) est identifiée comme étant une innovation prometteuse pour la prochaine génération de réseau radio cellulaire (5G). Cette technologie devrait en effet répondre aux exigences de la 5G. En termes de gains potentiels,...