Performance Improvement of WDM Optical Network using Optimal Regenerator Placement Strategy
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Abstract
As the optical networks are moving towards transparent networks, the Optical-to-Electrical (O-E) conversion taking place within the link is reduced to minimal. This results into accumulation of physical layer impairments along the light path, thereby degrading the signal quality. Due to enormous data traffic carried by optical links, any link failure or non-recovery to data at the destination end may result in huge loss. To improve the system performance, the optimum placement of regenerators is one of the solutions for the same, where signal regeneration may takes place at certain pre-specified nodes. Three different strategies of regenerator placement are discussed in the present work. The improvement in system performance with this is also presented.
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© 2020 Walter de Gruyter GmbH, Berlin/Boston
Articles in the same Issue
- Frontmatter
- Amplifiers
- Engineering Flat Gain Tunable Raman-Parametric Hybrid L-Band Amplifier for Narrow Band Multi-Channel Terabits System
- Performance Evaluation of Different Optical Amplifiers in Spectrum Sliced Free Space Optical Link
- Performance Evaluation of Optical Amplifiers for High-Speed Optical Networks
- Performance Analysis of Hybrid Optical Amplifiers for 32 Channel WDM System at 10 Gbps Bit Rate for WAN Applications
- Detectors
- Performance Evaluation of System in Free Space Optic Utilizing Gaussian Optical Filter in Different Detection Scheme
- Devices
- An Optical Five Channel Demultiplexer-Based Simple Photonic Crystal Ring Resonator for WDM Applications
- Performance Analysis of Localized Surface Plasmon Resonance Sensor with and Without Bragg Grating
- Design of All Optical XOR Gate based on Photonic Crystal Ring Resonator
- Fibers
- Characteristics of Dispersion Compensation for 32 Channels at 40 Gb/s Under Different Techniques
- Prediction of Fundamental Modal Field for Graded Index Fiber in the Presence of Kerr Nonlinearity
- Networks
- A Cross-layer Traffic Grooming Algorithm in Joint Optimization of the IP over Elastic Optical Network
- Performance Improvement of WDM Optical Network using Optimal Regenerator Placement Strategy
- Systems
- Performance Analysis of Hybrid Fiber/FSO Backhaul Downlink over WDM-PON Impaired by Four-Wave Mixing
- Transporting 8 × 10 Gbps WDM Ro-FSO Under Various Weather Conditions
- Theory
- Using Genetic Algorithm for Optimizing 1D Thue–Morse Photonic Crystal-Based Filter
Articles in the same Issue
- Frontmatter
- Amplifiers
- Engineering Flat Gain Tunable Raman-Parametric Hybrid L-Band Amplifier for Narrow Band Multi-Channel Terabits System
- Performance Evaluation of Different Optical Amplifiers in Spectrum Sliced Free Space Optical Link
- Performance Evaluation of Optical Amplifiers for High-Speed Optical Networks
- Performance Analysis of Hybrid Optical Amplifiers for 32 Channel WDM System at 10 Gbps Bit Rate for WAN Applications
- Detectors
- Performance Evaluation of System in Free Space Optic Utilizing Gaussian Optical Filter in Different Detection Scheme
- Devices
- An Optical Five Channel Demultiplexer-Based Simple Photonic Crystal Ring Resonator for WDM Applications
- Performance Analysis of Localized Surface Plasmon Resonance Sensor with and Without Bragg Grating
- Design of All Optical XOR Gate based on Photonic Crystal Ring Resonator
- Fibers
- Characteristics of Dispersion Compensation for 32 Channels at 40 Gb/s Under Different Techniques
- Prediction of Fundamental Modal Field for Graded Index Fiber in the Presence of Kerr Nonlinearity
- Networks
- A Cross-layer Traffic Grooming Algorithm in Joint Optimization of the IP over Elastic Optical Network
- Performance Improvement of WDM Optical Network using Optimal Regenerator Placement Strategy
- Systems
- Performance Analysis of Hybrid Fiber/FSO Backhaul Downlink over WDM-PON Impaired by Four-Wave Mixing
- Transporting 8 × 10 Gbps WDM Ro-FSO Under Various Weather Conditions
- Theory
- Using Genetic Algorithm for Optimizing 1D Thue–Morse Photonic Crystal-Based Filter
