An Adaptive Modulation in Millimeter-Wave Communication System for Tropical Region
S Suwadi, G Hendrantoro… - … Electronics and Control), 2010 - telkomnika.uad.ac.id
The dominant propagation factor affecting the outage and the spectral efficiency of millimeter-
wave communication systems operating at frequencies 30 GHz is rain attenuation. An
adaptive modulation is proposed to improve the outage and spectral efficiency performance
of the system. This paper presents an analytical procedure for the evaluation of the outage
and spectral efficiency of the system in Indonesia with heavy rain rate. By comparing analytic
and simulation a validation was conducted. The results show that adaptive modulation can …
wave communication systems operating at frequencies 30 GHz is rain attenuation. An
adaptive modulation is proposed to improve the outage and spectral efficiency performance
of the system. This paper presents an analytical procedure for the evaluation of the outage
and spectral efficiency of the system in Indonesia with heavy rain rate. By comparing analytic
and simulation a validation was conducted. The results show that adaptive modulation can …
An Adaptive Modulation in Millimeter-Wave Communication System for Tropical Region
G Hendrantoro - Telkomnika, 2010 - search.proquest.com
The dominant propagation factor affecting the outage and spectral efficiency of millimeter-
wave communication systems operating at frequencies 30 GHz is rain attenuation. Adaptive
modulation is proposed to improve the outage and spectral efficiency performance of the
system. This paper presents an analytical procedure for the evaluation of the outage and
spectral efficiency of the system in Indonesia with heavy rain rate. As validation, analytic and
simulation results are compared. The results show that adaptive modulation can significantly …
wave communication systems operating at frequencies 30 GHz is rain attenuation. Adaptive
modulation is proposed to improve the outage and spectral efficiency performance of the
system. This paper presents an analytical procedure for the evaluation of the outage and
spectral efficiency of the system in Indonesia with heavy rain rate. As validation, analytic and
simulation results are compared. The results show that adaptive modulation can significantly …
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