Joint Radio Frequency and Optical Spectral Optimization for High-Speed Wide Area Fiber Optic Communications

This paper affords a progressive approach to high-pace wide area fiber optic (WAFO) communications by way of combining radio frequency (RF) and optical spectral optimization strategies. This method presents a new approach to the longstanding task of reaching high-pace, long-distance transmission over current networks. The optimization consists of maximizing the spectral performance of the RF and optical structures with the aid of the use of techniques which includes frequency-agile modulation codec's, linear dispersion compensation, and spectral shaping strategies. Moreover, dynamic optical and RF network routing algorithms are proposed to enhance potential and reduce latency. The proposed optimization is confirmed thru enormous simulation and numerical analysis. Results indicate big overall performance gains in phrases of spectral performance, records price, postpone, and reliability. This joint RF-optical optimization approach is an efficient and value-effective answer for WAFO networks and ought to notably benefit large-scale and future WAFO deployments.