Laurent Cabaret

Laboratory

Mathematics and Computer Science for Complexity and Systems

Key words

Parallel, OpenMP, GPU, CUDA, C++, C

Summary

My research focuses on parallelizing irregular algorithms. My recent results concern the creation of parallel computer vision algorithms on multi-, many-core, and GPU architectures.

Publications (12)

Software 22/11/2023

lincs

Khaled Belahcene , Vincent Jacques , Laurent Cabaret , Vincent Mousseau , Wassila Ouerdane

Communication at a conference 22/02/2020

SIMD-based Exact Parallel Fuzzy Dilation Operator for Fast Computing of Fuzzy Spatial Relations

Regis Pierrard , Jean-Philippe Poli , Laurent Cabaret , Céline Hudelot

Communication at a conference 10/10/2018

A new Direct Connected Component Labeling and Analysis Algorithms for GPUs

Arthur Hennequin , Lionel Lacassagne , Quentin Meunier , Laurent Cabaret

Article in a journal 01/06/2018

Parallel Light Speed Labeling: an efficient connected component algorithm for labeling and analysis on multi-core processors

Lionel Lacassagne , Daniel Etiemble , Laurent Cabaret

Communication at a conference 28/11/2017

Distanceless Label Propagation: an Efficient Direct Connected Component Labeling Algorithm for GPUs

Lionel Lacassagne , Daniel Etiemble , Laurent Cabaret

Thesis 28/09/2016

Efficient connected component labeling algorithms for high-performance architectures

Laurent Cabaret

Communication at a conference 12/03/2016

A new SIMD iterative connected component labeling algorithm

Lionel Lacassagne , Daniel Etiemble , Farouk Hebbache , Andrea Petreto , Laurent Cabaret

Communication at a conference 27/09/2015

Parallel light speed labeling: An efficient connected component labeling algorithm for multi-core processors

Lionel Lacassagne , Daniel Etiemble , Laurent Cabaret

Communication at a conference 20/11/2014

What Is the World's Fastest Connected Component Labeling Algorithm?

Lionel Lacassagne , Laurent Cabaret

Communication at a conference 08/10/2014

A Review of World's Fastest Connected Component Labeling Algorithms: Speed and Energy Estimation

Lionel Lacassagne , Louiza Oudni , Laurent Cabaret

Communication at a conference 01/01/2001

Method for temporal optimization of vision algorithms

Patrick Bonnin , Vincent Hugel , NK M'Sirdi , Pierre Blazevic , Philippe Coiffet , Laurent Cabaret

Communication at a conference 01/01/2000

Examples of design and achievement of vision systems for mobile robotics applications

Patrick Bonnin , Ludovic Raulet , Vincent Hugel , Pierre Blazevic , Nacer M'Sirdi , Philippe Coiffet , Laurent Cabaret