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Computer ScienceOther Titles: Associate Department Head
Office: ASC 350
On Leave Until: December 31, 2019
Graduate student supervisor
Computational mathematics, optimization and convex analysis; modeling; model road design to minimize construction costs under safety and environmental constraints; creating algorithms for computer-aided convex analysis; visualizing operators in 2D, 3D, and 4D.
Courses & Teaching
Optimization; data structures.
PhD University of Toulouse
Research Interests & Projects
My research is at the boundary between Mathematics and Computer Science and is roughly split into two directions:
Designing new algorithms in Computer-Aided Convex Analysis to compute operators arising in convex analysis
The focus is on building tools to manipulate fundamental convex analysis objects thereby giving more insight into the structure of optimization problems. The field is conveniently summarized as Computational Convex Analysis and involves investigating hybrid symbolic-numerical algorithms.
I have been developing the CCA toolbox to compute fundamental transforms of convex analysis under Scilab. Computational geometry algorithms form the core of the techniques. The scope of the library has been slowy expanded beyong convex analysis to cover monotone operators, and nonsmooth (nonconvex) analysis. Only basic programming skills are needed to contribute to that area with a very wide field of applications (image processing, network communication, PDE, etc.).
Visualizing operators is an ongoing challenge considering the interesting operators are set-valued and require 4 dimensions to visualize. Virtual Reality is a technology I am exploring to provide intuitive interactive visualization.
Modeling and applications of optimization
My main project focuses on designing a road at minimal cost while still satisfying regulatory and safety constraints. It is a collaboration with colleagues in mathematics, statistics, and engineering; and in partnership with a private company.
The road design problem usually split into the horizontal, vertical, and earth-moving subproblems. It is a large-scale global optimization problem. Some programming experience is really helpful to contribute to that project (and producing good well documented code). Numerical experiments will be performed on multi-core workstations or clusters using state of the art optimization software.
All the above project are funded by NSERC.
Selected Publications & Presentations