Smart City Gnosys

Smart city article details

Title Evaluating The Suitability And Performance Metrics Of Free Space Optics For Smart City Applications
ID_Doc 24687
Authors Das S.; Gupta S.K.; Sahu P.K.
Year 2023
Published 2023 8th International Conference on Computers and Devices for Communication, CODEC 2023
DOI http://dx.doi.org/10.1109/CODEC60112.2023.10465713
Abstract Free Space Optics (FSO) has gained importance as a promising solution because of its capacity for high data rates, security features, and resistance to electromagnetic interference. In this study, we have assessed the appropriateness and conducted an analysis of the performance parameters of a Free Space Optics (FSO) system. In this paper, simulation design and performance analysis of the WDM FSO System is carried out using Optisystem 20.0 software. © 2023 IEEE.
Author Keywords attenuation; Bitrate; Fog; FSO; WDM


Similar Articles


Id Similarity Authors Title Published
41064 View0.904Altakhaineh A.T.; Alsarayreh S.A.; Alrawashdeh R.; Aleid A.; Alsharari F.; Alodat R.; Alhasanat A.; Alhasanat A.; Alsafasfeh M.; Alhasanat M.; Rabie K.; Benjillali M.Outdoor Free Space Optical Systems: Motivations, Challenges, Contributions In Environmental Conditions, And Future Directions-A Systematic SurveyIEEE Access, 13 (2025)
41808 View0.895Soni G.Performance Investigation Of Free Space Optics Link Using Beam DivergenceProceedings - 2021 IEEE 13th International Conference on Computational Intelligence and Communication Networks, CICN 2021 (2021)
46480 View0.885Khan M.S.; Ghafoor S.; Mirza J.; Hassan Zaidi S.M.Review Of Studies That Integrate The Free Space Optics With Fiber OpticsHONET-ICT 2019 - IEEE 16th International Conference on Smart Cities: Improving Quality of Life using ICT, IoT and AI (2019)
22121 View0.863Alatawi A.S.; Youssef A.A.; Abaza M.; Uddin M.A.; Mansour A.Effects Of Atmospheric Turbulence On Optical Wireless Communication In Neom Smart CityPhotonics, 9, 4 (2022)
19560 View0.861Singh H.; Miglani R.; Mittal N.; Singh H.; Kaur J.; Gupta A.Development Of A Cost-Effective Optical Network Based On Free Space Optical (Fso) And Optical Fiber Links For Enabling Smart City Infrastructure: A Hybrid ApproachOptical Fiber Technology, 81 (2023)
44657 View0.859Naik R.P.; Krishnan P.; Simha G.D.G.Reconfigurable Intelligent Surface-Assisted Free-Space Optical Communication System Under The Influence Of Signal Blockage For Smart-City ApplicationsApplied Optics, 61, 20 (2022)
35693 View0.856Ali R.; Eassa H.; Aly H.H.; Abaza M.; Eisa S.M.Low Power Fpga Implementation Of A Smart Building Free Space Optical Communication SystemPhotonics, 9, 6 (2022)
41671 View0.854Hasan S.; Islam M.M.; Ahmed F.; Saabit S.M.M.; Nafi N.S.; Hasan M.K.; Islam S.; Memon I.Performance Analysis Of Modulation Techniques Over A Smart City Optical Communication Channel Under Weak Atmospheric TurbulenceEAI/Springer Innovations in Communication and Computing (2022)
24892 View0.852Alatawi A.S.; Youssef A.A.; Abaza M.; Mesleh R.; Almehmadi F.S.Evaluation Of The Feasibility Of Fso/Uav Communications In Neom Smart CityResults in Engineering, 26 (2025)
41726 View0.85Soni G.Performance Evaluation And Analysis Of An Woc Based Inter Satellite Link Over The Low Earth OrbitProceedings - 2021 IEEE 13th International Conference on Computational Intelligence and Communication Networks, CICN 2021 (2021)