Here, Tg‐minimised bandwidth‐allocated scheme is proposed for VPON supporting joint
scheduling of multiple subsystems in metro‐access optical network. To minimise guard time …

In the metro-access optical network, a two-stage bandwidth-allocated algorithm is proposed
for the multi-subsystem-based virtual passive optical network (VPON) that can achieve the …

In the metro-access optical network, a multi-channel scheduling algorithm is proposed for
multi-subsystem-based virtual passive optical network (VPON) that can implement the …

ONU schedule algorithm and ONU transfer mechanism for multi-subsystem-based VPONs'
management is proposed in this paper. To avoid frequent wavelength switch and realize …

In the metro‐access optical network, bandwidth‐allocated mechanism and its algorithm are
proposed for the multi‐subsystem‐based virtual passive optical network (VPON) that can …

A dynamic wavelength and bandwidth allocation (DWBA) algorithm based on linear
prediction (LP-DWBA) to schedule resources in TWDM-PON is proposed. Simulation results …

With the smooth upgrade of the access network, multiple tuning-time devices will coexist in
the long-reach access network, and the subsequent problems of high round-trip time (RTT) …

Time and wavelength division multiplexing passive optical network (TWDM-PON) is the
mainstream scheme of the next generation access network, and it possesses a number of …

Dynamic bandwidth allocation and grant scheduling are important factors when designing
passive optical networks. In this paper, we investigate the problem of optimal scheduling …

Time-division-multiplexed passive optical networks (TDM–PONs) have been successful
solutions for providing the huge bandwidth needed for quadruple-play services in last-mile …