Pierre Paleo Email & Phone Number

Development of scientific software for data analysis.Design of solutions tailored for scientific applications (tomography, dynamic scattering) based on high performances computing (parallel/GPU, distributed).Skills used and developed: - Python for middle-sized projects, with emphasis on robustness and speed - CUDA and OpenCL - Online data analysis: compression, caching (memcached), design of a solution for processing large streams of data

Région De Grenoble, France

Design of computer vision solutions based on artificial intelligence (neural networks, deep learning): person detection and re-identification. Development of a system analyzing camera video streams.Used and developed skills: - Python and Golang for an average-sized project with strong emphasis on robustness and near-real-time processing.- Processing of multiple video streams, design of a scalable video analysis system- Machine learning: neural networks/deep learning, classification, clustering- Multi-components architecture, shared memory, communication with ZeroMQ sockets

Région De Grenoble , France

My PhD thesis is about advanced algorithms for tomography, and their high-throughput implementation.Tomography consists in reconstructing, from a set of radiographs, the 3D interior of a scanned object. It finds a wide range of applications : medical imaging, systems characterization, paleontology.Modern tomography has to address a whole variety of challenges ; among them are improved spatial resolution, limited and noisy data, artefacts, data volumes.These challenges need to be addressed by advanced methods. My work typically involves these steps : - Designing innovative reconstruction approaches - Prototyping advanced reconstruction algorithms, based on recent advances in convex analysis - Implementing these algorithms on parallel architectures (GPU and distributed nodes) to achieve high performances.

Région De Grenoble, France

Security assessment of cryptographic devices with side channel attacks.The security of cryptographic devices, for example smart cards, is a major concern.A way to break the security of these devices is called side-channel attacks. By monitoring the power activity during cryptographic operations, an analysis can recognize what operation is actually done, and eventually recover the secret key. The power activity (eg. electricity consumption) of a smart card can thus "leak" the crucial data.To perform a power analysis, it is essential that the curves are perfectly aligned. Hardware protections (unstable clock frequency, random jitter) make the alignment even more difficult.This project aimed at developing new alignment procedures based on pattern recognition, and to implement it at high speed to process gigabytes of data.

Région De Grenoble, France

Internship in the Data Analysis Unit, ESRF.High speed implementation of image processing algorithms.This project aimed at implementing a an image alignment algorithm (SIFT) on parallel architectures for high-speed image processing.This algorithm is particularly used at the ESRF beamline ID21 to align XANES spectra.

Crolles

Technician assistant in the photolithography workshop.My work consisted in monitoring the machines involved in the photolithography workflow, to ensure that the wafers are properly processed.

Engineer'S Degree, Signal Processing, Informatics, Telecommunication, Honors

Digital Signal and Image processing - scientific computing - object-oriented programming - spectral analysis, time-frequency, wavelets.

Mathématiques, Physique

Classe préparatoire au grandes écoles (CPGE), filière MPSI - MP*

Baccalauréat Scientifique, Mention Très Bien