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2020•Unpublished venueRequires access

Performance Analysis of FSO-SISO and FSO-WDM Systems under Different Atmospheric Conditions

Taznoon Nisar Khajwal, Aksha Mushtaq, Sanmukh Kaur

Open publisher page 18 citations

Abstract

Free space optical communication (FSO) - is one of the best technology that have number of advantages such as high data rate, rapid ability to increase, free license spectrum and simple deployment. Atmosphere is the medium in FSO communication, thus efficiency of the communication system deteriorates due to atmospheric interferences. In this paper, various atmospheric conditions like Clear Air, Haze, Moderate Fog and Heavy Fog have been considered to analyze their effect on the performance of an FSO system. Quality of received signal has been studied by analyzing various parameters like transmission range, power and beam divergence of FSO - SISO and WDM - FSO systems.

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What this paper is about

Free space optical communication (FSO) - is one of the best technology that have number of advantages such as high data rate, rapid ability to increase, free license spectrum and simple deployment. Atmosphere is the medium in FSO communication, thus efficiency of the communication system deteriorates due to atmospheric interferences. In this paper, various atmospheric conditions like Clear Air, Haze, Moderate Fog and Heavy Fog have been considered to analyze their effect on the performance of an FSO system. Quality of received signal has been studied by analyzing various parameters like transmission range, power and beam divergence of FSO - SISO and WDM - FSO systems.

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OpenAlex reports 18 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Free space optical communication (FSO) - is one of the best technology that have number of advantages such as high data rate, rapid ability to increase, free license spectrum and simple deployment. Atmosphere is the medium in FSO communication, thus efficiency of the communication system deteriorates due to atmospheric interferences. In this paper, various atmospheric conditions like Clear Air, Haze, Moderate Fog and Heavy Fog have been considered to analyze their effect on the performance of an FSO system. Quality of received signal has been studied by analyzing various parameters like transmission range, power and beam divergence of FSO - SISO and WDM - FSO systems.

Key concepts: Haze, Free-space optical communication, Wavelength-division multiplexing, Transmission (telecommunications), Communications system, Computer science, Optical communication, Optical wireless

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