Simulative Analysis of Fiber Bragg Grating on FWM for Analyzing KERR Effect on WDM Optical Fiber Network

Fiber communication technology has evolved rapidly to achieve greater transmission and remote transmission, in part due to the growing demand on the network. It is expected that demand for the growing system and network capacity will remain as an additional bandwidth required technologies such as conference video and send a realtime image appear in order to reduce the System vulnerability resulting from the retransmission and use of circuits and optical amplifier in the Division's multiple wave systems nowadays, which are able to amplify the WDM signal fully in the optical field Directly. Although global information management systems are capable of transmitting data at high data rates, they are still faced with many serious problems that reduce the performance of the optical transmission system as these Side effects. The effects of Kerr are the main issue responsible for the barrier in the optical brokerage systems in terms of Bitrate. The capabilities of existing networks. the Fiber Bragg Grating” on FWM for analyzing Kerr Effects on to WDM optical fiber network operated with basic optical communication system consist of transmitter, transmission link and receiver to decline the noise.