ABSTRACT
Chaotic signals can be generated using the input laser power propagating within a nonlinear ring resonator, where the required signals of single bandwidth soliton pulse can be recovered and manipulated by using an add/drop system. The add/drop system is the efficient system to generate the soliton comb which has several applications in optical communication. The PANDA is presented as optical chaos. The Gaussian beams with center wavelength of 1.55 µm, are inserted into the system which are good to generate a high capacity of chaotic signals. Transmission of chaotic signals can be obtained via a fiber optic communication link with the length of 195 km, where trapping of the signals can be performed. Tweezers with Full Width at Half Maximum and Free Spectral Range of 33 nm and 50 nm respectively can be transmitted experimentally via a fiber optic with a length of 100 km. Tweezers can be used in cryptography and secured optical communication.
