Detail publikace

Phase Noise Impact on BER in Space Communication

Originální název

Phase Noise Impact on BER in Space Communication

Anglický název

Phase Noise Impact on BER in Space Communication

Jazyk

en

Originální abstrakt

This paper deals with the modeling and the evaluation of a multiplicative phase noise influence on the bit error ratio in a general space communication system. Our research is focused on systems with multi state phase shift keying modulation techniques and it turns out, that the phase noise significantly affects the bit error rate, especially for higher signal to noise ratios. These results come from a system model created in Matlab environment and are shown in a form of constellation diagrams and bit error rate dependencies. The change of a user data bit rate is also considered and included into simulation results. Obtained outcomes confirm theoretical presumptions.

Anglický abstrakt

This paper deals with the modeling and the evaluation of a multiplicative phase noise influence on the bit error ratio in a general space communication system. Our research is focused on systems with multi state phase shift keying modulation techniques and it turns out, that the phase noise significantly affects the bit error rate, especially for higher signal to noise ratios. These results come from a system model created in Matlab environment and are shown in a form of constellation diagrams and bit error rate dependencies. The change of a user data bit rate is also considered and included into simulation results. Obtained outcomes confirm theoretical presumptions.

BibTex


@article{BUT94149,
  author="Ondřej {Baran} and Miroslav {Kasal} and Petr {Vágner} and Tomáš {Urbanec}",
  title="Phase Noise Impact on BER in Space Communication",
  annote="This paper deals with the modeling and the evaluation of a multiplicative phase noise influence on the bit error ratio in a general space communication system. Our research is focused on systems with multi state phase shift keying modulation techniques and it turns out, that the phase noise significantly affects the bit error rate, especially for higher signal to noise ratios. These results come from a system model created in Matlab environment and are shown in a form of constellation diagrams and bit error rate dependencies. The change of a user data bit rate is also considered and included into simulation results. Obtained outcomes confirm theoretical presumptions.",
  address="WASET",
  chapter="94149",
  institution="WASET",
  number="69",
  volume="Sept. 2012",
  year="2012",
  month="september",
  pages="1180--1185",
  publisher="WASET",
  type="journal article - other"
}