Paul Balança

Research Team Lead @Graphcore

London, GB
MOBILE NUMBERS
+91 *********19

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WORK HISTORY

Jan 2022 — Present

Research Team Lead @Graphcore

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London, GB

Research Team Lead in Graphcore.Main research projects- Low floating point precision for LLM inference & training (1 conference paper)- Molecular dataset generation using density functional theory (DFT) on IPUs (2 conference papers)- Low level functional Python programming on IPUs;Software contribution- Main developer & maintainer of JAX on Mk2 IPUs (https://github.com/graphcore-research/jax-experimental)- TessellateIPU: exposing low level IPU programming in Python (https://github.com/graphcore-research/tessellate-ipu)- JAX Scalify: end-to-end scale arithmetic for low precision training (https://github.com/graphcore-research/jax-scalify)

EDUCATION

2009 — 2010

Paris-Sud University (Paris XI)

Master 2, Mathematical Statistics and Probability

2007 — 2010

CentraleSupélec

Master of Engineering (Grande Ecole), Applied Mathematics

SKILLS

Modélisation MathématiqueC++Computer SciencePythonLatexRMatlabBayesian StatisticsStatisticsApplied MathematicsAlgorithmesRechercheMachine LearningProbability TheoryDeep LearningComputer Vision

ABOUT PAUL BALANÇA

Staff Machine learning Research Engineer at FiveAI - Working on Multi-sensor Fusion and Object Detection. I have interest and deep experience in real world application of state of the art Machine Learning, as well as theoretical foundations.I am originally a researcher in Probability Theory, loving topics connected to (multi)fractal geometry and functional analysis (funny functional spaces and wavelets descriptions).During my academic experience, I have worked on several modern probability topics, including Lévy processes, continuous stable trees and stochastic partial differential equations (SPDEs), and solve a few open questions mostly related to the multifractal structure of the former.I have been interested the last couple of years in more applied mathematics related to machine learning and image processing, and aim to push further the connections between these topics and my theoretical research.

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