Cellular Networks Pollution Reduction | Zendy

Haider Khalil Easa | Zendy; Musa H. Wali | Zendy; Adheed HasanSallomi | Zendy

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Cellular Networks Pollution Reduction

Author(s) -

Haider Khalil Easa,

Musa H. Wali,

Adheed HasanSallomi

Publication year - 2021

Publication title -

al-kitab journal for pure sciences

Language(s) - English

Resource type - Journals

eISSN - 2617-8141

pISSN - 2617-1260

DOI - 10.32441/kjps.02.02.p6

Subject(s) - computer science , interference (communication) , wireless , reduction (mathematics) , single antenna interference cancellation , base station , bandwidth (computing) , electronic engineering , sensitivity (control systems) , transmitter power output , co channel interference , transmitter , channel (broadcasting) , computer network , telecommunications , engineering , mathematics , geometry

The potential of adaptive antennas to optimize the wireless network performancemake it one of the promising technologies that can face the increased demand for wirelesscommunications services with the limited available bandwidth. Adaptive antennas have the ability to steer their main lobe in the direction of interest and placing nulls in the direction of interference. This can result in co-channel interference minimization, maximizing Signal to Interference Ratio (SIR) and then improve the receiver sensitivity.In this paper, the base-station sensitivity improvement and its effect on the mobiletransmit power were investigated at different scenarios. Results show that using adaptiveantenna yields in RF pollution reduction.

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