Farhad Mahmood - Academia.edu (original) (raw)

Farhad Mahmood

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Papers by Farhad Mahmood

Research paper thumbnail of Investigation of mobile cellular system performance using queuing theorem for arrival requests

2011 Loughborough Antennas & Propagation Conference, 2011

... Software and Networks. [2] Muhammad Usman; Johar Iqbal; Fahad Razzaq,??? Performance Analysis... more ... Software and Networks. [2] Muhammad Usman; Johar Iqbal; Fahad Razzaq,??? Performance Analysis Of Channel Allocation Schemes In Wimax???, University Essay From Blekinge Tekniska H??gskola/Com, 2009. [3] Roberto Beraldi ...

Research paper thumbnail of Analysis, simulation and modeling of mobile Rayleigh fading channel using LabVIEW

2011 Loughborough Antennas & Propagation Conference, 2011

Abstract The term fading, in the context of mobile communications, refers to the interference cau... more Abstract The term fading, in the context of mobile communications, refers to the interference caused by the reception of numerous scattered copies of a given signal at an antenna. Fading can produce significant random variations of signal power—in the scale of 10s of ...

Research paper thumbnail of Mobile radio propagation path loss simulation for two districts of different buildings structures in Mosul-city

Iraqi Journal for Electrical And Electronic Engineering, 2011

In this paper two theoretical models have been considered for the prediction of path loss for two... more In this paper two theoretical models have been considered for the prediction of path loss for two different districts in Mosul city, using MATLAB 7.4 program. The Walfisch-Ikegami (W-I) model for uniform heights and similar buildings in the Karama district. The other model is Okumura-Hata (OH) model applied for irregular and dissimilar buildings in the Almajmoa'a district. The information buildings heights are obtained from the civil Eng. Depart. in Mosul university. In this paper it can be shown that The effect of distance in regular area (karama) on path loss is about 10 dB larger than irregular area (Almajmoa'a), and The effect of varying antenna height in regular area (karama) on path loss is about 7 dB greater than irregular area (Almajmoa'a) for 40 meter variation.

Research paper thumbnail of Investigation of mobile cellular system performance using queuing theorem for arrival requests

2011 Loughborough Antennas & Propagation Conference, 2011

... Software and Networks. [2] Muhammad Usman; Johar Iqbal; Fahad Razzaq,??? Performance Analysis... more ... Software and Networks. [2] Muhammad Usman; Johar Iqbal; Fahad Razzaq,??? Performance Analysis Of Channel Allocation Schemes In Wimax???, University Essay From Blekinge Tekniska H??gskola/Com, 2009. [3] Roberto Beraldi ...

Research paper thumbnail of Analysis, simulation and modeling of mobile Rayleigh fading channel using LabVIEW

2011 Loughborough Antennas & Propagation Conference, 2011

Abstract The term fading, in the context of mobile communications, refers to the interference cau... more Abstract The term fading, in the context of mobile communications, refers to the interference caused by the reception of numerous scattered copies of a given signal at an antenna. Fading can produce significant random variations of signal power—in the scale of 10s of ...

Research paper thumbnail of Mobile radio propagation path loss simulation for two districts of different buildings structures in Mosul-city

Iraqi Journal for Electrical And Electronic Engineering, 2011

In this paper two theoretical models have been considered for the prediction of path loss for two... more In this paper two theoretical models have been considered for the prediction of path loss for two different districts in Mosul city, using MATLAB 7.4 program. The Walfisch-Ikegami (W-I) model for uniform heights and similar buildings in the Karama district. The other model is Okumura-Hata (OH) model applied for irregular and dissimilar buildings in the Almajmoa'a district. The information buildings heights are obtained from the civil Eng. Depart. in Mosul university. In this paper it can be shown that The effect of distance in regular area (karama) on path loss is about 10 dB larger than irregular area (Almajmoa'a), and The effect of varying antenna height in regular area (karama) on path loss is about 7 dB greater than irregular area (Almajmoa'a) for 40 meter variation.

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