Abstract
Analysis of Optical Attenuation from Measured Visibility Data in Islamabad, Pakistan
Highlights
Over the last two decades, higher data rates demands are significantly increasing day-byday [1]
Several models are used to estimate optical attenuation through fog using visibility as an input parameter, like Kim and Kruse model.In this paper we presented the detailed analysis of visibility and estimated optical attenuation from the real time measured data of visibility of four years
Khan et al [15], only four fog events were selected to estimate optical attenuation using Kim, Kruse and Al Naboulsi models while here we presented the conclusive analysis of 4 years data of visibility
Summary
Over the last two decades, higher data rates demands are significantly increasing day-byday [1]. Fiber optics can provide higher data rates to meet the needs of end-user. Fiber optics could meet the requirements of capacity hungry communication application but it is expensive and take a long time to install a fiber network [2]. Fiber optic is mainly used as the backbone of communicating network. This creates bottle neck between main network and user end or the “last-mile” problem. FSOL can be used to bridgeup the “last mile” access problem. FSOL is an emerging technology which has the ability to tackle capacity hungry
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