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Coverage Prediction Modeling for Mobile Radio Systems Operating in 900 MHZ Frequency Range


Affiliations
1 Department of Electronics and Communication Engineering, Dronacharya College of Engineering & Technology, Khentawas, Gurgaon, India
2 DAV Institute of Engineering & Technology, Jalandhar, Punjab, India
     

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In this paper we had reported the comparison of Okumura and Hata extended prediction models in different environments at frequency 900 MHz on the basis of path loss vs. distance. Measurements were made to verify the models for open, sub urban and urban environments. A comparison between the Okumura model and Hata extended prediction model reveals that Okumura’s model is very accurate in cluttered environments, but responds slowly to rapid changes in terrain. The Hata extended model formulation makes the Okumura model much easier to use. It is mainly applicable to the transmissions inside cities.

Keywords

Propagation Models, Path Loss, Power Loss, and Signal Attenuation.
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  • Coverage Prediction Modeling for Mobile Radio Systems Operating in 900 MHZ Frequency Range

Abstract Views: 193  |  PDF Views: 3

Authors

Shampy Bhandari
Department of Electronics and Communication Engineering, Dronacharya College of Engineering & Technology, Khentawas, Gurgaon, India
Kiran Ahuja
DAV Institute of Engineering & Technology, Jalandhar, Punjab, India

Abstract


In this paper we had reported the comparison of Okumura and Hata extended prediction models in different environments at frequency 900 MHz on the basis of path loss vs. distance. Measurements were made to verify the models for open, sub urban and urban environments. A comparison between the Okumura model and Hata extended prediction model reveals that Okumura’s model is very accurate in cluttered environments, but responds slowly to rapid changes in terrain. The Hata extended model formulation makes the Okumura model much easier to use. It is mainly applicable to the transmissions inside cities.

Keywords


Propagation Models, Path Loss, Power Loss, and Signal Attenuation.