Frederic Bonnet

– Particle physics, Lattice Gauge theory and Lattice QCD. HPC. – Installation on the different machines within the cluster and different clusters. Tests and Benchmarks. – Non-commutative geometry. – Theoretical Physics.

– System administration in both Linux and Windows systems. – Network administration, conceptualization and deployment. – Installation of software in Linux and Windows. – Database conceptualization and management and deployment. – Project management in IT systems.

– Product installation on the different machines within the cluster. Tests and Benchmarks. – User support on the cluster. User support on the cluster to install their software. – Software Application support at TGCC/CCRT. – Documentation of installation procedure on the cluster and amongst the team. – Delivery of training courses. – Quantum Computing.

– IT development/Management for IT infrastructure around the Cryo-EM, Cryo-ET Microscopes. – Data management for the Titan Microscopes. Software development for data handling and management. Development of software application in Linux and Windows 10 (C#). – IT procurement and evaluation of the IT requirements for and around the Krios to optimize data management and workflows. System administration, maintenance of all the servers in the infrastructure. – Development of workflows and methods for automation of data flow and computing procedures.

– 3D reconstruction in Cryo-EM. – Parallelisation of 3D reconstruction library onto GPU/CPU hybrid clusters. Achieved 2-8X speedup. – Data processing from the Titan Microscope. Pre-processing of Cryo-EM data. – Research in image processing for cryo-EM. Algorithm development, GPU programming.

– Driver development on AIX Linux for coop BULL and IBM.

– Nanowires simulation GPU programming. DSM/DRFMC/SP2M, Grenoble, France. – High performance Computing (GPU/CPU architecture), Grid Computing (GridBeans in Java), condense matter physic, nano technology. – Parallelization of the serial code onto a Hybrid architecture CPU/GPU using CUDA C. – GridBean development in JAVA in the UNICORE project. Integration of application in the UNICORE project (Grid Computing Rich Client). Development of multiple graphical interfaces using SWING, AWT classes. Development and extension of the Java packages. Restructure of package and development of algorithms to analyze and parse output files in Yaml coming from the application. Construction of classes to store the analyzed information into XML/CML files and/or into Java objects. Contributions towards the redaction of the deliverable in the MMM@HPC project, reporting of all of the technical development.

– IT graduate, software development (JAVA) and network management. – Management of web services.

– Complex systems studies, financial engineering, derivatives, quantum field theory, game theory, Telecommunication, Electrical engineering. – Research in financial engineering using methods in HPC and a direct application of quantum field theory. This is done using path integrals to contribute to financial mathematics to evaluate a fair price for diverse option such as European, Exotic and American options.

– Lattice QCD, data analysis. Study of the pion form factor.