Modeling for enhancing quality of signal in multi-channel optical network

The technical adoption of optical network is gaining a fast pace to accomplish the internet connectivity in a larger geographic region. The system has proved to be one with effective utilization as photons are used to carry a massive bundle of data packets, something which cannot be done in a conventional networking system which exists today. Significant amount of research attempt have been done to enhance the performance of optical network, however that there are still further scope for improvement. Hence, we propose a model that targets to enhance the quality of the signal in optical network during for peak traffic condition. The formulation of the model is solely based on considering the investigation of channel power and the signal noise as the prime attributes of signal quality in optical network. Incorporated with potential features of ROADM (Reconfigurable Optical Add-Drop Multiplexer), the proposed system has been simulated in Matlab under multi-channel condition and power constraint to see the proposed model has outperformed the existing research benchmark.