Projects

VeRDi project

I am the leader of the VeRDi project is funded by the French region Pays De La Loire where Nantes is located. VeRDi is an acronym for Verified Reconfiguration Driven by execution. It aims at addressing distributed software reconfiguration in an efficient and verified way.

Lowcomote

I am one of the members of the Lowcomote European project. Lowcomote aims to train a generation of professionals in the design, development and operation of new LCDPs, that overcome the limitations above, by being scalable (i.e., supporting the development of large-scale applications, and using artefacts coming from a large number of users), open (i.e., based on interoperable and exchangeable programming models and standards), and heterogeneous (i.e., able to integrate with models coming from different engineering disciplines). These scientists will drive the upgrade of the current landscape of Low-Code Development Platforms to Low-Code Engineering Platforms (LCEPs).

PIA Hydda

I am involved in the HYDDA project aims to develop a software solution allowing the deployment of Big Data applications (with hybrid design (HPC/CLoud)) on heterogeneous platforms (cluster, Grid, private Cloud) and the orchestration of computation tasks (like Slurm, Nova for OpenStack, or Swarm for Docker). The mains challenges addressed by the project are:

Former projects: The Discovery inria project lab


Chairing


Program committees


Permanent position juries


PhD and Master juries


Other paper reviews


Software

Concerto

Concerto is a preliminary implementation in Python 3 of the Concerto reconfiguration model.

Madeus Application Deployer (MAD)

MAD is a PYTHON implementation of the Madeus model. Its purpose is to offer a way to define a low-level deployment process and coordinate this deployment in an efficient and reliable manner. MAD is low-level but offers a highly generic deployment model.

The SkelGIS Library

The SkelGIS Library has been developed during my Ph.D. SkelGIS is a C++-embedded domain specific language for numerical simulations based on explicit schemes. SkelGIS has been implemented for 2D Cartesian meshes and for network of Cartesian meshes. It also has been evaluated on two real case numerical simulations. I am for now the only contributor of the Library, however it is no longer maintained. You can download sources here.

SkelGIS video: basic demo

SkelGIS video: Malpasset real use case