We report a numerical study on the deterioration of eye opening penalty (EOP) and bit error
rate (BER) of the received message from a communication system based on chaos …

The synchronization dynamics of chaotic erbium doped fiber ring lasers is investigated
through numerical simulation. Different coupling strengths between the transmitter chaos …

The simulation and numerical analysis of erbium-doped fiber-ring lasers for generation and
enhancement of chaos is presented. The degree of chaos determines the level of security in …

Dual-wavelength chaos is generated in one erbium-doped fiber laser. Tunable optical filters
(TOF) are used to select the wavelengths. The generation of chaos is achieved by either …

We experimentally demonstrated an optical communication system based on synchronized
chaos between the transmitter and receiver with a sinusoidal signal of 1 GHz. In addition, we …

Performance of chaotic communication in radio-over-fiber (ROF) transmission based on
optoelectronic feedback semiconductor lasers is studied numerically. The chaotic carrier is …

Secure communication systems based on the chaos in erbium-doped fiber lasers are
proposed and studied with two schemes: message masking and chaos shift keying. The …

Chaos synchronization in two separate erbium-doped fiber lasers through a 1.5-km-long
fiber is experimentally demonstrated. Two identical erbium-doped fiber lasers are fabricated …

Erbium doped fiber ring lasers (EDFRL) are being used to generate optical chaos for secure
communication by modulating the cavity loss/pump power or exploiting nonlinearities. The …

An experimental system used for the optical chaos communication with a semiconductor
optical amplifier (SOA) based fiber ring laser as a dynamical light system is presented. The …