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Personal Information
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| Birth date |
November 4, 1950 |
| Birth place |
Bratislava, Slovakia |
| Nationality |
Slovakia |
| Marital status |
single |
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Education
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RNDr. (Rerum Naturalium Doctor)
in Computer Science
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University of Bratislava |
| M. Sc., Mathematics |
University of Bratislava |
| High School Diploma (Matura) |
Gymnasium in Pezinok |
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Professional Information
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Vienna University of Technology
2002-present
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Research Assistant |
University of Vienna
1991 - 2002
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Research Assistant |
Slovak Academy of Sciences
1974 - 1991
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Research Assistant |
Since 1974 to 1991 I have worked at the Institute of Informatics
of the Slovak Academy of Sciences.
I started to work on some small projects which were concerned
with the computer control of some industrial equipments.
Later I was engaged in the project which was focussed on parallel
computers of SIMD type. I have participated in the design and implementation
of the basic software tools - assembler, linker, debugger, and
high-level language similar to Module 2 and its compiler, for such computers.
At this period I gained a good deal of practical experience in programming
in assembler, Fortran, Pascal, Modula-2, and C, and operating systems DOS
and UNIX; and a basic experience in Oracle.
Since August 1991 till 2002 I have worked at the Institute for Software
Science at the University of Vienna.
So far, I have participated on two projects of the European Union Information
Technology Program (ESPRIT),
on the international project (PACT) that involved partners from
Austria, Italy, and several eastern countries,
on the special national research project (AURORA), and
currently, on the special project (ADVANCE) within the co-operation
with the NEC CCRLE in Germany.
I contributed to the development of the High Performance Fortran (HPF)
compiler and runtime system.
The main area of my work involves the automatic parallelization
of scientific and engineering applications for distributed-memory
multiprocessors.
Particularly, I focused on parallelization of irregular codes, where
the communication between processors must be computed at runtime.
The implementation has been done in Fortran90, C, C++, PUMA (special
system for transformation of abstract syntax trees), and MPI (Message
Passing Interface) running under operating systems SOLARIS and LINUX,
where I have a great deal of experience.
Since April 2002 till now I have worked in the
Christian Doppler Laboratory
Compilation Techniques for Embedded Processors
of the Institute for Computer Languages at the Vienna University
of Technology.
My research topic is high-level compiler optimizations, particularly,
automatic data partitioning for banked and interleaved memories.
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Outdoor sports
