Difference between revisions of "Nikola Tchipev, M.Sc."

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Topics change (frequently) with my ongoing work and depend mostly on the interests and experience of the student. It is best to contact me directly if you are interested in a thesis or student project. Nevertheless, here is a (potentially outdated) list of topics:
 
Topics change (frequently) with my ongoing work and depend mostly on the interests and experience of the student. It is best to contact me directly if you are interested in a thesis or student project. Nevertheless, here is a (potentially outdated) list of topics:
* Planewave acceleration of Fast Multipole Method (Math-intensive topic)
+
* Planewave acceleration of Fast Multipole Method (Math-intensive)
* Implementation of a low-storage Molecular Dynamics scheme (HPC topic)
+
* Implementation of a low-storage Molecular Dynamics scheme (HPC)
* Flexible Wrappers for MD-Vectorization (HPC Topic)
+
* Flexible Wrappers for MD-Vectorization (HPC)
* Autotuning for Molecular Dynamics (HPC Topic)
+
* Autotuning for Molecular Dynamics (HPC)
* Optimization of Dual-Tree-Traversal-based Fast Multipole Method (Informatics topic)
+
* Optimization of Dual-Tree-Traversal-based Fast Multipole Method (Informatics)
  
 
To get an idea of further possible topics, have a look at the running and finished projects below.  
 
To get an idea of further possible topics, have a look at the running and finished projects below.  

Revision as of 11:01, 18 August 2016

Tchipevn.jpg

Address:
TU München
Institut für Informatik
Boltzmannstr. 3
85748 Garching b. München
Office:
MI 02.05.058
Email:
Tchipevnmail.png
Phone:
(089) 289 18 603
Fax:
(089) 289 18 607
Office hours:
by arrangement

Interests

  • Molecular Dynamics
  • High-Performance Computing
  • Fast Multipole Method

Student Projects

Open Student Projects

Topics change (frequently) with my ongoing work and depend mostly on the interests and experience of the student. It is best to contact me directly if you are interested in a thesis or student project. Nevertheless, here is a (potentially outdated) list of topics:

  • Planewave acceleration of Fast Multipole Method (Math-intensive)
  • Implementation of a low-storage Molecular Dynamics scheme (HPC)
  • Flexible Wrappers for MD-Vectorization (HPC)
  • Autotuning for Molecular Dynamics (HPC)
  • Optimization of Dual-Tree-Traversal-based Fast Multipole Method (Informatics)

To get an idea of further possible topics, have a look at the running and finished projects below.

Molecular Dynamics Simulation, High Performance Computing

Running Student Projects

  • Andrei Costinescu: Optimization of Shared-Memory Performance of ls1-MarDyn on Xeon Phi
  • Galin Statev: Error Control for the Fast Multipole Method
  • Michael Obersteiner: Parallelisation of the Fast Multipole Method

Finished Student Projects

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Apache/2.4.29 (Ubuntu) Server at www5.in.tum.de Port 443


Teaching

Winter 16/17

Numerisches Programmieren - Winter 16
PSE Molekulardynamik WS16

Summer 16

Numerisches Programmieren - Summer 16

Winter 15/16

Numerisches Programmieren - Winter 15
PSE Molekulardynamik WS15
Seminar Lattice Boltzmann Methods - Theory, Implementation and Applications

Summer 15

Numerisches Programmieren - Summer 15
Seminar Lattice Boltzmann Methods - Theory, Implementation and Applications

Winter 14/15

Numerisches Programmieren - Winter 14

Summer 14

Numerisches Programmieren - Summer 14
Master-Praktikum: Scientific Computing - Computational Fluid Dynamics - Summer 14

Publications

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Apache/2.4.29 (Ubuntu) Server at www5.in.tum.de Port 443


Talks

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Apache/2.4.29 (Ubuntu) Server at www5.in.tum.de Port 443


uploads uploads