A software-defined hybrid passive optical network (HPON) architecture is proposed, in which
multiple PON systems using various physical layer (PHY) multiplexing technologies can …

In a metro-access optical network, a bandwidth-allocated algorithm is proposed for traffic-
orientated multisubsystem-based virtual passive optical network (MS-VPON) that can …

Resource allocation is a fundamental task in any PON and it is necessary to have an
efficient scheme that reduces delay, maximizes bandwidth usage, and minimizes the …

Rapid bandwidth expansion necessitates large-scale, high-density access situations, in
which a clustered deployment of numerous passive optical network (PON) systems may be …

Driven by emerging bandwidth-hungry applications, next generation passive optical
networks (NG-PONs) provide higher bandwidth to users by using more wavelengths and …

Abstract In the Next Generation Ethernet Passive Optical Network (NG-EPON), Optical
Network Units (ONUs) can work on multiple wavelengths simultaneously to achieve higher …

A passive optical network (PON) with multiple optical line terminals (OLTs) will play an
important role in the optical access network. In this study, a novel dynamic bandwidth …

A passive optical network (PON) is a highly capable access network that effectively
converges several service providers, without suffering from any bandwidth deficiency …

By taking advantage of the huge bandwidth provision of wavelength channels, wavelength
division multiplexing (WDM) passive optical network (PON) has become a promising future …

The time and wavelength division passive optical network (TWDM PON) provides
broadband services to residential, commercial and industrial users at four different …