(+961) 1 421 000 ext ahmad.audi1@usj.edu.lb
- Senior Embedded Computer Vision Engineer (R&D) - Oreyeon - Embedded Computer Vision Engineer (R&D) - LYNRED (Thales & Safran) - High Performance Computing Postdoctoral Research Engineer - CEA Embedded Computer Vision Research Engineer - IGN
• Embedded Computer Vision
• Embedded Computer Vision
• Engineering Diploma
Deep learning / Computer Vision
Introduction to scripting ( bash, python, etc))
200 hours (courses, labs) per year: Architecture of microprocessor systems, Assembly programming, Microcontrollers (STM32/ARM), AVR, Communication protocols, Peripherals), Microcontrollers Projects, Signal processing, DSP programmig, Theory graphs: practice problems and projects (C langage), Advanced C Programming Language (Algorithms and Data Structures)
Linux OS
C/C++, Java (+graphical interface), Parallel Computing : OpenMP, MPI
Engineering and Technology, Sciences
Embedded Computer Vision, High Performance Computing, Real time Algorithms
A.Audi, M.P.-Deseilligny, C. Meynard, C. Thom, Implementation of an IMU Aided Image Stacking Algorithm in a Digital Camera for Unmanned Aerial Vehicle, MDPI Sensors Journal (July 2017) Audi A., Pierrot Deseilligny M., Meynard C., Thom C (2017). IMPLEMENTATION OF A REAL-TIME STACKING ALGORITHM IN A PHOTOGRAMMETRIC DIGITAL CAMERA FOR UAVS, in International Conference on Unmanned Aerial Vehicles in Geomatics UAV-g, Bonn Germany, 3 - 7 September 2017. Audi A., Pierrot Deseilligny M., Meynard C, Thom C. (2015), Implementation of real-time functionalities in the hardware of an intelligent ultra-light camera specialized for aerial photography, in International GeoUAV Workshop (ISPRS), La Grande Motte France, 1 - 2 Octobre 2015. Audi A., Bergeaud V., Kesterner P (2019)., Evaluating the C++/Kokkos library for a productive multi-architecture implementation of tomographic reconstruction algorithms, in International Conference on Parallel Computing, (ParCo2019), Prague, Czech Republic, 10-13 September 2019
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