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OPTIMIZING FREE SPACE LIGHT COMMUNICATION FOR HIGH-SPEED DATA TRANSMISSION
Piya pradas Sancheti , Dept. ETRX Research Student PIIT affiliated Mumbai University, PIIT (New Panvel), Mumbai, IndiaAbstract
Free Space Light Communication (FSLC) represents a promising alternative to traditional wired and radio frequency-based communication systems, offering high data transmission rates and enhanced security. This study explores the optimization of FSLC systems to maximize high-speed data transmission. We investigate various technological advancements and techniques, including adaptive optics, advanced modulation schemes, and error correction algorithms, to enhance the performance and reliability of FSLC. By analyzing the impact of atmospheric conditions, beam divergence, and receiver sensitivity on signal quality, we propose strategies to mitigate signal degradation and improve overall system efficiency. Our findings demonstrate that through careful optimization and the implementation of cutting-edge technologies, FSLC can achieve data rates comparable to or exceeding those of current communication technologies. This study provides a comprehensive overview of best practices and emerging trends in FSLC, aiming to support the development of next-generation high-speed communication systems.
Keywords
Free Space Light Communication, High-Speed Data Transmission, Adaptive Optics
References
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Tejbir Singh Hanzra, Gurpartap Singh, “Performance of Free Space Optical Communication System” vol.1, pp 38- 43, June 2012.
R.L. Philips, L.C. Andrews, “Laser Beam Propagation through Random Media”, SPIE publications, Washington, 1998.
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