Abstract: This paper presents a detailed review of the available techniques to investigate long-reach high speed 16-channel DWDM-PON system with efficient CD compensation methods. It is observed that chromatic dispersion compensation has a crucial role for guaranteed downstream optical link performance and maximum link length of high speed long-reach DWDM-PON system. FBG can be used for chromatic dispersion compensation to increase the maximum transmission distance of high speed DWDM-PON system. Here, we discuss pre, post and mix compensation technique to reduce the BER. Thus this paper aims to improve the channel performance and increase the length of optical fiber
Chromatic dispersion (CD) has a significant impact on a quality of transmitted optical signal in hig...
[[abstract]]The major purpose of this thesis is to improve the efficiency of fiber transmission usin...
Diverse factors like chromatic dispersion, polarization mode dispersion, attenuation, non-linear eff...
The maximum reach of the DWDM-PON system can be severely limited by chromatic dispersion (CD). This ...
The upper transmission range of the wavelength division multiplexing passive optical network (WDM-PO...
In this paper we successfully demonstrate the reach improvement of spectrum-sliced dense wavelength-...
The present paper investigates performance of next generation passive optical network (NG-PON) with ...
The spectrum sliced dense wavelength division multiplexed passive optical network (SS-DWDM PON) is a...
In the high-speed optical-fiber communication system, chromatic dispersion compensation is a necessa...
The dense wavelength division multiplexing (DWDM) system enhances bandwidth capacity for long haul c...
The authors have investigated the most efficient realization of mixed chromatic dispersion (CD) comp...
In this paper authors give an overview of chromatic dispersion compensation methods such as dispersi...
In the paper, the authors compare efficiency of two physical dispersion compensation methods for sin...
In this work we present combined chromatic dispersion compensation methods for fiber optical transmi...
The most appropriate realization of chromatic dispersion (CD) compensation schemes for differently m...
Chromatic dispersion (CD) has a significant impact on a quality of transmitted optical signal in hig...
[[abstract]]The major purpose of this thesis is to improve the efficiency of fiber transmission usin...
Diverse factors like chromatic dispersion, polarization mode dispersion, attenuation, non-linear eff...
The maximum reach of the DWDM-PON system can be severely limited by chromatic dispersion (CD). This ...
The upper transmission range of the wavelength division multiplexing passive optical network (WDM-PO...
In this paper we successfully demonstrate the reach improvement of spectrum-sliced dense wavelength-...
The present paper investigates performance of next generation passive optical network (NG-PON) with ...
The spectrum sliced dense wavelength division multiplexed passive optical network (SS-DWDM PON) is a...
In the high-speed optical-fiber communication system, chromatic dispersion compensation is a necessa...
The dense wavelength division multiplexing (DWDM) system enhances bandwidth capacity for long haul c...
The authors have investigated the most efficient realization of mixed chromatic dispersion (CD) comp...
In this paper authors give an overview of chromatic dispersion compensation methods such as dispersi...
In the paper, the authors compare efficiency of two physical dispersion compensation methods for sin...
In this work we present combined chromatic dispersion compensation methods for fiber optical transmi...
The most appropriate realization of chromatic dispersion (CD) compensation schemes for differently m...
Chromatic dispersion (CD) has a significant impact on a quality of transmitted optical signal in hig...
[[abstract]]The major purpose of this thesis is to improve the efficiency of fiber transmission usin...
Diverse factors like chromatic dispersion, polarization mode dispersion, attenuation, non-linear eff...