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With advancement in the communication technology, need of faster data transfer and cheaper alternates of existing fiber structure is highly required. Free Space Optical (FSO) systems may become promising solution… Click to show full abstract
With advancement in the communication technology, need of faster data transfer and cheaper alternates of existing fiber structure is highly required. Free Space Optical (FSO) systems may become promising solution to replace the existing fiber structure to provide faster data services at low cost. This work mainly focuses on incorporating optical code division multiplexing (OCDMA) with polarization division multiplexing (PDM) to transmit 100 Gbps data over FSO link. It also investigates the performance of the proposed OCDMA-PDM-FSO under the impact of different atmospheric fog conditions.
Journal Title: Wireless Personal Communications
Year Published: 2021
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