Pavel Emeliyanenko

C++ Software Engineer

Precitec Optronik GmbH

Max Planck Institute for Informatics

Biography

I am a C++ Software Engineer at Precitec Optronik GmbH, Germany. My prime interests are C++ algorithms engineering, optimization and parallelization techniques. During my professional career I was involved in software projects from different areas including computational geometry, computer graphics, embedded navigation and routing, network traffic optimization and video streaming, image processing.

Currently I work in EyeTracker project: real-time tracking a human eye position in 6 dimensions (3D position + 3D rotation) used for laser refractive eye surgery.

Interests

Algorithm Engineering / Optimization
Image Processing / OpenCV
Computer Graphics
Parallel Computing / CUDA
Software Development / C++(14)
Algebraic Geometry

Education

PhD in Computer Science (summa cum laude), 2012

Max-Planck Institute for Informatics, Saarbrücken, Germany
MSc in Computer Science, 2007

Max-Planck Institute for Informatics, Saarbrücken, Germany
BSc in Computer Science, 2005

Saarland University, Saarbrücken, Germany

Experience

Software Engineer

Precitec Optronik GmbH

Feb 2016 – Present Neu Isenburg, Germany

Responsibilities include:

developing image processing algorithms (OpenCV / GPU / x86 SIMD)
C++ software engineering
algorithms parallelization and optimization for target platform

Embedded Software Engineer

Balter Security GmbH

Apr 2014 – Nov 2015 Langenfeld, Germany

Developing firmware for IP Network Cameras, ARM, Linux

Embedded Software Engineer

Elektrobit Automotive GmbH

Mar 2014 – Oct 2012 Munich, Germany

Projects

CGAL’s Polynomial Parser

Multivariate polynomial parser for CGAL library

XSurface Dupin Cyclides

A collection of rendered Duping Cyclide surfaces with algebraic arrangements

Publications

Yair Altman (2015). Accelerating MATLAB Performance: 1001 tips to speed up MATLAB programs (Chapters 6 and 7: explicit parallelization). CRC Press.

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Eric Berberich, Pavel Emeliyanenko, Alexander Kobel, Michael Sagraloff (2013). Exact symbolic–numeric computation of planar algebraic curves. Theoretical Computer Science.

PDF Journal Article

Pavel Emeliyanenko (2012). Harnessing the power of GPUs for problems in real algebraic geometry. PhD thesis.

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Pavel Emeliyanenko (2012). Computing resultants on Graphics Processing Units: Towards GPU-accelerated computer algebra. JPDC.

PDF Journal Article

Pavel Emeliyanenko, Michael Sagraloff (2012). On the complexity of solving a bivariate polynomial system. In ISSAC.

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Eric Berberich, Pavel Emeliyanenko, Alexander Kobel, Michael Sagraloff (2011). Arrangement computation for planar algebraic curves. In SNC.

PDF Conference Article

Eric Berberich, Pavel Emeliyanenko, Michael Sagraloff (2011). An Elimination Method for Solving Bivariate Polynomial Systems: Eliminating the Usual Drawbacks. In ALENEX.

PDF Conference Article

Pavel Emeliyanenko (2010). A complete modular resultant algorithm targeted for realization on graphics hardware. In PASCO.

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Pavel Emeliyanenko (2010). Modular resultant algorithm for graphics processors. In ICA3PP.

PDF Conference Article

Pavel Emeliyanenko (2010). Accelerating symbolic computations on NVIDIA Fermi. In GTC (Poster).

Slides Conference Poster

Pavel Emeliyanenko (2009). Efficient multiplication of polynomials on graphics hardware. In APPT.

PDF Conference Article

Pavel Emeliyanenko, Eric Berberich, Michael Sagraloff (2009). Visualizing Arcs of Implicit Algebraic Curves, Exactly and Fast. In ISVC.

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Pavel Emeliyanenko, Michael Kerber (2008). Visualizing and exploring planar algebraic arrangements: a web application. In SoCG.

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Eric Berberich, Pavel Emeliyanenko (2008). CGAL's Curved Kernel via Analysis. Technical Report: ACS-TR-123203-04 (Algorithms for Complex Shapes).

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Pavel Emeliyanenko, Michael Kerber (2008). An implementation for the 2D Algebraic Kernel. Technical Report: ACS-TR-363602-01 (Algorithms for Complex Shapes).

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Pavel Emeliyanenko (2007). Visualization of Points and Segments of Real Algebraic Plane Curves. Master’s thesis.

PDF Code MPII library

Pavel Emeliyanenko (2005). Automatic verification of conditions for absence of interrupts. Bachelor’s thesis.

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