Next-generation Ethernet passive optical networks (NG-EPON) allow optical network unit
(ONU) transmission scheduling concurrently on multiple wavelengths. This increases the …

Recently, the IEEE 802.3 ca Task Force has been working to standardize the next-
generation Ethernet passive optical network (NG-EPON) to fulfill future bandwidth demands …

Recently, the IEEE 802.3 Ethernet Working Group has classified three architectures for the
next-generation Ethernet passive optical network (NG-EPON). They are called single …

In this paper, an (ONU-load and RTTs)-based (OLR) dynamic wavelength and bandwidth
allocation (DWBA) algorithm for upstream channel in next-generational Ethernet passive …

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

The IEEE initialized a working group to study the 100 Gb/s next-generation passive optical
networks (NG-EPON). A key technology adopted by NG-EPON is channel bonding, which …

The next-generation Ethernet passive optical network (NG-EPON) is basically classified into
two architectures on the basis of the wavelength sharing by the optical network units …

The Ethernet passive optical network (EPON) is a reliable cost effective, high bit-rate point-to-
multipoint optical access network. With new applications and services that emerged in last …

To effectively schedule transmissions in NG-EPON, Hybrid-PON is further classified into
MSD-PON, SSD-PON, and WA-PON depending on their different access architectures, viz …

Online scheduling algorithms incur no idle time problem but with less bandwidth efficiency,
while offline scheduling algorithms focus on bandwidth efficiency but with idle time …