Intersystem interference on horizontally polarized radio signals in tropical climate

@inproceedings{Ojo2008IntersystemIO,
  title={Intersystem interference on horizontally polarized radio signals in tropical climate},
  author={John Sunday Ojo and Shaibal K. Sarkar and Adekunle Titus Adediji},
  year={2008}
}
The nature and characteristics of tropical rainfall have called for the need to investigate horizontally polarized radio signals from Earth-to-Satellite link and to estimate intersystem interference due to hydrometeor in the tropical climate. Two rain cells, Awaka and Capsoni models, are used and results obtained from these models are compared. A difference of 5 dB has been observed between effective transmission loss (Le) and transmission loss (L) for Awaka model, whereas it is about 8 dB for… CONTINUE READING

Figures and Tables from this paper.

References

Publications referenced by this paper.
SHOWING 1-10 OF 17 REFERENCES

Comparative study of bistatic intersystem interference in low latitude tropical location

M OAjewole, J SOjo
  • J Res Sci Manage (NIG),
  • 2005

Bistatic interference due to tropical rainfall types: a comparison of rain-cell models

M OAjewole
  • Atti Fond Giorgio Ronchi (Italy),
  • 2003

Evaluating bistatic intersystem interference due to scattering by hydrometeors on tropical paths

M OAjewole, L BKolawole, G OAjayi
  • Int J Satell Commun (UK),
  • 1999

Variation in raindrop size distribution and specific interference between terrestrial and satellite radio links

I AAdimula, G OAjayi
  • Ann Telecommun (France),
  • 1996

The development of a model to estimate the bistatic transmission loss associated with intersystem interference

H RHolts, D GMcGuinness, P TCharlton, M JMchler
  • IEEE Trans Antennas Propag (USA),
  • 1993

A prediction method of scattering interference complete versus pencil beam approximation

C Capsoni, M D’Amico, A Martellucci, L Ordano, A Paraboni
  • Proc URSI Commision F Open Symposium on Wave Propagation and Remote Sensing (England),
  • 1992

Similar Papers

Loading similar papers…