Add to ORKGFuture wavelength division multiplexed (WDM) access networks should be as flexible as possible. One flexibility is port wavelength-agnosticism at the optical network unit (ONU) interface, achieved via tunable laser. At the same time such systems needs to be robust against crosstalk impairments during tuning proces
\u3cp\u3eWDM-PON is considered for next-generation broadband backhaul and radio access networking. A...
Future broadband networks must support integrated services and offer flexible bandwidth usage. Most ...
Abstract—By taking advantage of the multiple wavelength provisioning capability, WDM PON dramaticall...
Optical access networks have been widely adopted to support the exponential growth in bandwidth dema...
Wavelength-agnostic WDM-PON systems recently got a lot of interest as low-cost solution for metro ar...
Next generation Passive Optical Networks (ngPONs) that offer increased bandwidth and distance-reach ...
Next generation optical access networks should not only increase the capacity but also be able to re...
Optical networks using Wavelength Division Multiplexing (WDM) would be a promising platform for band...
We report on the state of the art and future prospects and challenges of optical access networks. De...
WDM networks depend on predetermined, fixed wavelength channels, requiring highly stable lasers and ...
In this paper, we will discuss the network architectures and the enabling technologies to realize a ...
Next-generation optical access networks should not only increase capacity but also be able to redist...
Passive Optical Networks (PON) which offer 1 Gbit/s of symmetrical bitrate shared among 32 or 64 cli...
This dissertation presents the research results on a fiber-optic high-bitrate access network which e...
The evolution of optical access networks have focused on improving their transmission capacity by in...
\u3cp\u3eWDM-PON is considered for next-generation broadband backhaul and radio access networking. A...
Future broadband networks must support integrated services and offer flexible bandwidth usage. Most ...
Abstract—By taking advantage of the multiple wavelength provisioning capability, WDM PON dramaticall...
Optical access networks have been widely adopted to support the exponential growth in bandwidth dema...
Wavelength-agnostic WDM-PON systems recently got a lot of interest as low-cost solution for metro ar...
Next generation Passive Optical Networks (ngPONs) that offer increased bandwidth and distance-reach ...
Next generation optical access networks should not only increase the capacity but also be able to re...
Optical networks using Wavelength Division Multiplexing (WDM) would be a promising platform for band...
We report on the state of the art and future prospects and challenges of optical access networks. De...
WDM networks depend on predetermined, fixed wavelength channels, requiring highly stable lasers and ...
In this paper, we will discuss the network architectures and the enabling technologies to realize a ...
Next-generation optical access networks should not only increase capacity but also be able to redist...
Passive Optical Networks (PON) which offer 1 Gbit/s of symmetrical bitrate shared among 32 or 64 cli...
This dissertation presents the research results on a fiber-optic high-bitrate access network which e...
The evolution of optical access networks have focused on improving their transmission capacity by in...
\u3cp\u3eWDM-PON is considered for next-generation broadband backhaul and radio access networking. A...
Future broadband networks must support integrated services and offer flexible bandwidth usage. Most ...
Abstract—By taking advantage of the multiple wavelength provisioning capability, WDM PON dramaticall...