Abstract

Objective: To present a detailed study of Solitons transmission system,including their types, applications, effects, and updated research work and research gaps. Findings: The 4th, generation fiber optic communication system utilizes visual amplification to decrease the demand for repeaters and WDM to increase the information power. Similarly, 5th the phase of Optical Fiber Communication is now expending the distances range which the wavelength division multiplexing system will control. The traditional wave length frame called the C ring covers the distance range 1.53 to 1.57 um and dry material has the low loss window promising extension of range to 1.30 to 1.65 um. Additional development includes the idea of visual solitons pulses that maintain their body by counteracting the results of distribution with nonlinear effects of this material by applying pulses of specific shape. Application: This will motivate the researchers to undertake research work in the field of Solitons communication to achieve improved design characteristics, reducing number of repeaters, cost and higher data rate transmissions. Keywords: Inter Symbol Interference (ISI); Group Velocity Dispersion (GVD);Self-Phase Modulation (SPM); WDM; OFDM

Highlights

  • Solitons are high power and very narrow pulses; these are so stable that the size and shapes of pulses are maintained even when these are travelling with in any medium

  • Optical pulses propagating along the fiber optics experiences group velocity dispersion (GVD) and SPM

  • GVD is a linear effect in which the refractive index varies with frequency

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Summary

Introduction

Solitons are high power and very narrow pulses; these are so stable that the size and shapes of pulses are maintained even when these are travelling with in any medium. They propagate at a constant velocity and don’t spread in optical fiber even after a thousand of kilometers. GVD is a linear effect in which the refractive index varies with frequency. These different frequency component travels with different velocities. If the refractive index increases with increase in intensity or lead to time dependent phase change SPM is called positive.

Solitons possessing equations
Korteweg and de Vries equation
Sine-Gordon equation
Toda lattice equation
Spatial optical solitons
Temporal optical solitons
Dark temporal solitons
Optical spatio-temporal solitons
Optical vector solitons
Bright-bright-vector solitons
Solitons as trains of high bitrate optical fiber communication
Memory generations
Improvement of microwave fiber optic link efficiency
Increase the capacity of WDM optical system
Solitons Amplification
Pulse compression
Enhancement the bit rate
Reshaping of optical signal in glass fiber
Conclusion
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