Detail publikace

Parallel modelling in FuzzySIMLIB/C++

Originální název

Parallel modelling in FuzzySIMLIB/C++

Anglický název

Parallel modelling in FuzzySIMLIB/C++

Jazyk

en

Originální abstrakt

This paper deals with parallelisation of a simulation library FuzzySIMLIB/C++. Running simulation experiments on single-processor computer can be very slow -- so we tried to port the FuzzySIMLIB library to parallel environment in order to effectively use the power of multiprocessor machines. We used OpenMP API, because it allows to write elegant programs that are portable between parallel and nonparallel environments. We used OmniMP -- a free implementation of the OpenMP API.

Anglický abstrakt

This paper deals with parallelisation of a simulation library FuzzySIMLIB/C++. Running simulation experiments on single-processor computer can be very slow -- so we tried to port the FuzzySIMLIB library to parallel environment in order to effectively use the power of multiprocessor machines. We used OpenMP API, because it allows to write elegant programs that are portable between parallel and nonparallel environments. We used OmniMP -- a free implementation of the OpenMP API.

BibTex


@inproceedings{BUT13969,
  author="David {Martinek} and Petr {Peringer}",
  title="Parallel modelling in FuzzySIMLIB/C++",
  annote="This paper deals with parallelisation of a simulation library FuzzySIMLIB/C++.
Running simulation experiments on single-processor computer can be
very slow -- so we tried to port the FuzzySIMLIB library to parallel environment
in order to effectively use the power of multiprocessor machines.
We used OpenMP API, because it allows to write elegant programs that are portable
between parallel and nonparallel environments. We used OmniMP -- a free implementation
of the OpenMP API.",
  booktitle="Proceedings of 37th International Conference MOSIS´03 Modelling and Simulation of Systems",
  chapter="13969",
  year="2003",
  month="april",
  pages="157--164",
  type="conference paper"
}