Steen Parl - Academia.edu (original) (raw)
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Papers by Steen Parl
We present cm importance sampling technique for fast measurement of low error rates in digital co... more We present cm importance sampling technique for fast measurement of low error rates in digital communication sys-tems via hardware simulation. This technique ASS not re-quire detailed information about the system being tested and can be implemented in the absence of perfect synchronization of the noise sampies with the transmitted symbols and the receiver decisions.
Final Report Sep 1980 Sep 1983 Signatron Inc Lexington Ma, Apr 1, 1984
IEEE Military Communications Conference. Proceedings. MILCOM 98 (Cat. No.98CH36201), 2000
In Agard Operational Decision Aids For Exploiting or Mitigating Electromagnetic Propagation Effects 9 P, Sep 1, 1989
A complete software program for the analysis and evaluation of digital troposcatter communication... more A complete software program for the analysis and evaluation of digital troposcatter communication links is described. The computer program TROPO is intended to provide an accurate prediction model of the troposcatter and/or diffraction propagation path at frequencies between 100 MHz and 35 GHz for all types of diversity receiver configurations used in the DCS, and the prediction of the performance of the MD-918 and AN/TRC-170 troposcatter modems. The program can also evaluate the performance of other modems if a performance prediction model is provided by the user. TROPO takes into account a number of practical factors such as the effects of RF interference, RF bandwidth constraints, actual diversity antenna geometry, climate and atmospheric characteristics. This document is the User's Manual. Originator-supplied keywords include: propagation prediction; multipath prediction; error rate prediction; link analysis.
MILCOM 1985 - IEEE Military Communications Conference, 1985
IEEE Conference on Military Communications, 1990
Wiley Encyclopedia of Telecommunications, 2003
IEEE Transactions on Aerospace and Electronic Systems, 2000
IEEE Communications Magazine, 1998
We present cm importance sampling technique for fast measurement of low error rates in digital co... more We present cm importance sampling technique for fast measurement of low error rates in digital communication sys-tems via hardware simulation. This technique ASS not re-quire detailed information about the system being tested and can be implemented in the absence of perfect synchronization of the noise sampies with the transmitted symbols and the receiver decisions.
Final Report Sep 1980 Sep 1983 Signatron Inc Lexington Ma, Apr 1, 1984
IEEE Military Communications Conference. Proceedings. MILCOM 98 (Cat. No.98CH36201), 2000
In Agard Operational Decision Aids For Exploiting or Mitigating Electromagnetic Propagation Effects 9 P, Sep 1, 1989
A complete software program for the analysis and evaluation of digital troposcatter communication... more A complete software program for the analysis and evaluation of digital troposcatter communication links is described. The computer program TROPO is intended to provide an accurate prediction model of the troposcatter and/or diffraction propagation path at frequencies between 100 MHz and 35 GHz for all types of diversity receiver configurations used in the DCS, and the prediction of the performance of the MD-918 and AN/TRC-170 troposcatter modems. The program can also evaluate the performance of other modems if a performance prediction model is provided by the user. TROPO takes into account a number of practical factors such as the effects of RF interference, RF bandwidth constraints, actual diversity antenna geometry, climate and atmospheric characteristics. This document is the User's Manual. Originator-supplied keywords include: propagation prediction; multipath prediction; error rate prediction; link analysis.
MILCOM 1985 - IEEE Military Communications Conference, 1985
IEEE Conference on Military Communications, 1990
Wiley Encyclopedia of Telecommunications, 2003
IEEE Transactions on Aerospace and Electronic Systems, 2000
IEEE Communications Magazine, 1998