Abstract
The filtering method for tracks in discrete detectors based on the cellular automation is described. Results of the application of this method to experimental data (the spectrometer ARES) are quite successful: threefold reduction of input information with data grouping according to their belonging to separate tracks. They lift up percentage of useful events, which simplifies and accelerates considerably their next recognition. The described cellular automation for track filtering can be successfully applied in parallel computers and also in on-line mode if hardware implementation is used. 21 refs.; 11 figs.
Glazov, A A;
Kisel`, I V;
Konotopskaya, E V;
Ososkov, G A
[1]
- Joint Inst. for Nuclear Research, Dubna (USSR). Lab. of Computing Techniques and Automation
Citation Formats
Glazov, A A, Kisel`, I V, Konotopskaya, E V, and Ososkov, G A.
Track filter on the basis of a cellular automation.
JINR: N. p.,
1991.
Web.
Glazov, A A, Kisel`, I V, Konotopskaya, E V, & Ososkov, G A.
Track filter on the basis of a cellular automation.
JINR.
Glazov, A A, Kisel`, I V, Konotopskaya, E V, and Ososkov, G A.
1991.
"Track filter on the basis of a cellular automation."
JINR.
@misc{etde_10119164,
title = {Track filter on the basis of a cellular automation}
author = {Glazov, A A, Kisel`, I V, Konotopskaya, E V, and Ososkov, G A}
abstractNote = {The filtering method for tracks in discrete detectors based on the cellular automation is described. Results of the application of this method to experimental data (the spectrometer ARES) are quite successful: threefold reduction of input information with data grouping according to their belonging to separate tracks. They lift up percentage of useful events, which simplifies and accelerates considerably their next recognition. The described cellular automation for track filtering can be successfully applied in parallel computers and also in on-line mode if hardware implementation is used. 21 refs.; 11 figs.}
place = {JINR}
year = {1991}
month = {Dec}
}
title = {Track filter on the basis of a cellular automation}
author = {Glazov, A A, Kisel`, I V, Konotopskaya, E V, and Ososkov, G A}
abstractNote = {The filtering method for tracks in discrete detectors based on the cellular automation is described. Results of the application of this method to experimental data (the spectrometer ARES) are quite successful: threefold reduction of input information with data grouping according to their belonging to separate tracks. They lift up percentage of useful events, which simplifies and accelerates considerably their next recognition. The described cellular automation for track filtering can be successfully applied in parallel computers and also in on-line mode if hardware implementation is used. 21 refs.; 11 figs.}
place = {JINR}
year = {1991}
month = {Dec}
}