Add to ORKGThe authors have investigated the minimal allowed channel spacing for developed mixed wavelength division multiplexing (WDM) systems in order to obtain the maximum spectral eficiency for system's channels. These fiber optic transmission systems can be considered under the concept of next generation optical networks and is offered as a model for the future design of backbone optical networks
Due to the increasing heterogeneity and the growing volume of traffic, telecom backbone networks ar...
The authors have investigated the maximum permissible transmission distance for the high density wav...
In optical networking, information-bearing electrical signals are transported by up-converting the s...
The authors have investigated the minimal allowed channel spacing for developed mixed wavelength div...
The authors have studied the possibilities to obtain the maximum spectral efficiency for a combined ...
Owing to the rapidly growing capacity requirements for long distance transmission, fiber optic telec...
The authors have investigated the most optimal configuration of high density combined wavelength div...
This paper aims to revealing the interrelation between channel spacing, transmission distance, and p...
It has been proved that Mixed-Line Rate (MLR) could in a cost-efficient manner scope with heterogene...
The enormous potential of WDM technology is widely used in today's telecommunication networks. Howev...
Due to the increasing heterogeneity and the growing volume of traffic, telecom backbone networks ar...
This paper aims at assessing of implementation of the concept of mixed systems in wavelength-divisio...
This paper revealed the maximum transmission distance for wavelength division multiplexed (WDM) fibe...
Due to the increasing heterogeneity and the growing volume of traffic, telecom backbone networks ar...
Due to the increasing heterogeneity and the growing volume of traffic, telecom backbone networks ar...
Due to the increasing heterogeneity and the growing volume of traffic, telecom backbone networks ar...
The authors have investigated the maximum permissible transmission distance for the high density wav...
In optical networking, information-bearing electrical signals are transported by up-converting the s...
The authors have investigated the minimal allowed channel spacing for developed mixed wavelength div...
The authors have studied the possibilities to obtain the maximum spectral efficiency for a combined ...
Owing to the rapidly growing capacity requirements for long distance transmission, fiber optic telec...
The authors have investigated the most optimal configuration of high density combined wavelength div...
This paper aims to revealing the interrelation between channel spacing, transmission distance, and p...
It has been proved that Mixed-Line Rate (MLR) could in a cost-efficient manner scope with heterogene...
The enormous potential of WDM technology is widely used in today's telecommunication networks. Howev...
Due to the increasing heterogeneity and the growing volume of traffic, telecom backbone networks ar...
This paper aims at assessing of implementation of the concept of mixed systems in wavelength-divisio...
This paper revealed the maximum transmission distance for wavelength division multiplexed (WDM) fibe...
Due to the increasing heterogeneity and the growing volume of traffic, telecom backbone networks ar...
Due to the increasing heterogeneity and the growing volume of traffic, telecom backbone networks ar...
Due to the increasing heterogeneity and the growing volume of traffic, telecom backbone networks ar...
The authors have investigated the maximum permissible transmission distance for the high density wav...
In optical networking, information-bearing electrical signals are transported by up-converting the s...