Research project (2025/2026)
During the master, a student will learn research by doing research. During the two years of the master, a student will thus spend between one or two days each week in a research group in order to do research projects with professors and PhD students of IP Paris.
You can find last year's project here
Research project schedule
| When | Where | What |
|---|---|---|
| 19/09/2025 at 10h00 | Telecom Paris, (room: 1A312) and online | Presentation of project proposals |
| 29/09/2025 | Project starts | |
| 6/03/2026 | TBD | Report and final evaluation for M2 students, mid-term for M1 students |
| 26/06/2026 | TBD | Report and final evaluation for M1 students |
Project Evaluation
Research projects will be evaluated on a research report, and a presentation. The project defense is a 20 minutes presentation of the research work followed by 5-10 minutes of questions. The presentation has to explain the work context and problematics, and describe the contribution of the conducted research project.
The report is a expected to be a 5 to 8 pages research paper formatted using the ACM conference style. The report should present the context of the work, its contribution, a positioning with respect to related works. Both M1 and M2 students are expected to send their research report by email by friday, 6/3/2025. M1 students are expected to update their report and resubmit it in june.
Project defense schedule
The project defense will take place Palaiseau or online at this address. Attending the other students presentation is not mandatory, but it would be appreciated.
| Time | Room | Student | Project | Advisors |
|---|
Proposed projects
The following project proposals may be shared with several masters track, including DataAI, HPDA, PDS, Cybersecurity, or CPS.
| Id | Title | Advisors | Location | Description | Student |
|---|---|---|---|---|---|
| 1 | Verification of the Linux kernel xarray library | Julia Lawall | Inria Paris, Paris | Corinn Tiffany | |
| 2 | Differential execution analysis in large scale traces | François Trahay | Telecom building, Palaiseau | Description | Aaron Bushnell |
| 3 | Porting CUDA applications to Kokkos, and comparative performance analysis | Élisabeth Brunet, François Trahay | Telecom building, Palaiseau | Description | |
| 4 | Performance projection on x86 CPUs | Élisabeth Brunet, François Trahay | Telecom building, Palaiseau | Description | |
| 5 | Measuring the energy consumption of application at fine grain | François Trahay | Telecom building, Palaiseau | Description | |
| 6 | Addition of peripherals on the CVA6 core using HLS | Nicolas Derumigny | Telecom building, Palaiseau | Description | |
| 7 | Customization of the CVA6 core | Nicolas Derumigny | Telecom building, Palaiseau | Description | Hanan Quispe Condori |
| 8 | MARS Attack: Optimizing CPU to FPGA data transfers through coalescing, compression and data layout reordering | Nicolas Derumigny | Telecom building, Palaiseau | Description | |
| 9 | Design and implementation of a distributed cache-coherent memory | Gaël Thomas, Jana Toljaga | Telecom building, Palaiseau | Description | Gejsi Vjerdha |
| 10 | Performance analysis of the VoliMem library | Gaël Thomas, Nicolas Derumigny, Jana Toljaga | Telecom building, Palaiseau | Description | Mohamed Bayoumi |
| 11 | Design and implementation of a Paxos algorithm in the network | Gaël Thomas, Michael Anoprenko | Telecom building, Palaiseau | Noura Bendani | |
| 12 | Powerful Serverless: Power Measurement of Serverless Functions | Mathieu Bacou | Telecom building, Palaiseau | Description | Bárbara Duarte Batista Da Silva |
| 13 | ngFaaS: Next-generation software stack for efficient Function-as-a-Service platforms | Mathieu Bacou | Telecom building, Palaiseau | Description | Stefan Radovanovic, Antony Costa Do Amaral |
| 14 | Compiling high-level quantum network protocols to simulated quantum hardware | Pavel Chuprikov | Telecom building, Palaiseau | Description | |
| 15 | Implementing quantum coordination primitives with publicly-available quantum network simulators | Pavel Chuprikov | Telecom building, Palaiseau | Description | |
| 16 | Exploring expressivity of a BellKAT specification language for entanglement distribution protocols | Pavel Chuprikov | Telecom building, Palaiseau | Description | |
| 17 | SGX-enabled stream processing for scalable differentially-private streaming analytics over untrusted infrastructure | Pavel Chuprikov | Telecom building, Palaiseau | Description | |
| 18 | Learning a distributed algorithm | Petr Kuznetsov, João Paulo Bezerra | Telecom building, Palaiseau | Description | Yann Girey |
| 19 | Active dynamic conflicts in distributed systems | Petr Kuznetsov | Telecom building, Palaiseau | Description | |
| 20 | Conflict-freedom in the wild | Petr Kuznetsov, Guillermo Toyos | Telecom building, Palaiseau | Description | Luigi Rangel |
| 21 | Performance analysis of DAG-based blockchains | Petr Kuznetsov, Michael Anoprenko | Telecom building, Palaiseau | Description | Konstantin Shprenger |
| 22 | Profiling and OS/Runtime Co-Design for Processing-in-Memory (PIM) in Mobile Generative AI Workloads | Lenny Yu Liang | Telecom building, Palaiseau | Description | |
| 23 | Revisiting OS to Support Emerging Near-Data Processing Accelerators | Lenny Yu Liang | Telecom building, Palaiseau | Description | Soulayman Jbari |
| 24 | Performance Analysis and Walltime Prediction for Neuroscience Applications | Valentin Honoré | Telecom building, Palaiseau | Description | Axel Vivenot |
| 25 | Design and implementation of a distributed lock-free memory allocator for téléGC | Gaël Thomas, Adam Chader | Telecom building, Palaiseau | Paweł Łacek | |
| 26 | Cloud Technology for Distributed Robotics | Alexandre Chapoutot, Natalia Kushik | ENSTA and Telecom building, Palaiseau | Description |
