7 Mathematics "Arm" positions in France

Postdoc (M/F) : Optimization and Analysis of a masked version of BIKE

15 May 2024 Job Information Organisation/Company CNRS Department Laboratoire d'informatique de robotique et de microelectronique de montpellier Research Field Computer science Mathematics

Two Post-Doctoral Positions (3 years, France): Advancement of Meta-Analyses for the next generation of Marine Radar Signal Processing.

: image processing, statistical signal processing, information geometry, sparse signal processing, generative AI, unsupervised and meta learning, radar, GPU and FPGA, Arm processor. Research Group • ENSTA

FAIROmics - PhD fellowship in applied mathematics - Optimal Transportation to improve databases integration.

Job description:Title: DC12, PhD fellowship in applied mathematics - Optimal Transportation to improve databases integration.Researcher profile: Doctoral candidate.Research field: applied mathematics

Analysis of Magnetic Noise in SAW Magnetic field Sensors Systems: Toward high sensitivity sensors in [nT-pT] range (M/F)

on Artem campus in Nancy. Magnetic sensors have a huge scope of applications in automobiles, robotics, mobile phones, space equipment, geophysics, military weapons, etc. They have a great potential in

Postdoctoral fellowship for the development of space-time and discontinuity-preserving acceleration-based Data-Driven Stress reconstruction method (M/F)

case when structures are subjected to explosion or impact either in military context, planetary science or e.g. when a satellite meets a constellation of space junk. High strain-rates are also involved

FAIROmics - PhD fellowship in the design of Information Extraction Tools to characterise molecules produced or degraded by microbes and applications to plant-fermented food ecosystems.

relevant discipline (Master’s degree in engineering, physics, systems biology, applied mathematics, biotechnology) interested in Modelling, analysis and control of biological systems in the context

Post-doctoral position (M/F) - Applied linear algebra and high performance computing in the EoCoE-III project

different platforms, such as NVIDIA, Intel, AMD, ARM, etc., by developing an automatic framework that combines compiler-based code generation with heuristic performance prediction tools that evaluate