Masoud Hamid | Florida Institute of Technology (original) (raw)

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Papers by Masoud Hamid

Research paper thumbnail of Path Loss Models for LTE and LTE-A Relay Stations

Universal Journal of Communications and Network

Research paper thumbnail of Path Loss Measurements for Relay Stations in 1900MHz Band

 Abstract—Relays play important role in deployment of Long Term Evolution (LTE) and LTE-Advanced... more  Abstract—Relays play important role in deployment of Long Term Evolution (LTE) and LTE-Advanced systems. This paper addresses prediction of the radio signal path loss on the link between eNodeB and relay stations. The path loss models are derived on a basis of an extensive measurement campaign conducted in 1900 MHz frequency band. An effect of the relay station antenna height is studied and included in the path loss modeling. Good agreement between measurement and predictions is obtained, with standard deviation of the prediction error ranging between 2.59 and 6.34 dB. Index Terms—LTE-Advanced, path loss measurements, propagation model, relays, relay antenna height.

Research paper thumbnail of Measurement Based Statistical Model for Path Loss Prediction for Relaying Systems Operating in 1900 MHz Band

Research paper thumbnail of Path Loss Prediction in Relay Station Environment

Transactions on Engineering Technologies, 2014

Research paper thumbnail of Path Loss Models for LTE and LTE-A Relay Stations

Research paper thumbnail of Path Loss Measurements for Relay Stations in 1900MHz Band

Research paper thumbnail of Path Loss Models for LTE and LTE-A Relay Stations

Universal Journal of Communications and Network

Research paper thumbnail of Path Loss Measurements for Relay Stations in 1900MHz Band

 Abstract—Relays play important role in deployment of Long Term Evolution (LTE) and LTE-Advanced... more  Abstract—Relays play important role in deployment of Long Term Evolution (LTE) and LTE-Advanced systems. This paper addresses prediction of the radio signal path loss on the link between eNodeB and relay stations. The path loss models are derived on a basis of an extensive measurement campaign conducted in 1900 MHz frequency band. An effect of the relay station antenna height is studied and included in the path loss modeling. Good agreement between measurement and predictions is obtained, with standard deviation of the prediction error ranging between 2.59 and 6.34 dB. Index Terms—LTE-Advanced, path loss measurements, propagation model, relays, relay antenna height.

Research paper thumbnail of Measurement Based Statistical Model for Path Loss Prediction for Relaying Systems Operating in 1900 MHz Band

Research paper thumbnail of Path Loss Prediction in Relay Station Environment

Transactions on Engineering Technologies, 2014

Research paper thumbnail of Path Loss Models for LTE and LTE-A Relay Stations

Research paper thumbnail of Path Loss Measurements for Relay Stations in 1900MHz Band

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