An SDN-controlled DCN enabling QoS-driven network-slice reconfiguration and packet priority updating is experimentally assessed. Network-slice can be reconfigured within 150 ms to decrease packet loss. The measured ToR-to-ToR latency of high-priority packets is 260.55 ns.</p
We present a DC architecture that enables QoS-driven network slices reconfiguration. Per-slice monit...
Optical packet switching (OPS) can enhance the performance of data center networks (DCNs)by providin...
Optical switching techniques have the potential to enable the optical data center network (DCN) inte...
An SDN-controlled DCN enabling QoS-driven network-slice reconfiguration and packet priority updating...
An SDN-enabled sliceable DCN with deterministic QoS guarantees is experimentally assessed. Flow prio...
An SDN-controlled optical DCN enabling automatic QoS-driven network-slice provisioning, reconfigurat...
An SDN-controlled optical DCN enabling automatic QoS-driven network-slice provisioning, reconfigurat...
We present a DC architecture that enables QoS-driven network slices reconfiguration. Per-slice monit...
Optical packet switching (OPS) can enhance the performance of data center networks (DCNs)by providin...
Optical switching techniques have the potential to enable the optical data center network (DCN) inte...
An SDN-controlled DCN enabling QoS-driven network-slice reconfiguration and packet priority updating...
An SDN-enabled sliceable DCN with deterministic QoS guarantees is experimentally assessed. Flow prio...
An SDN-controlled optical DCN enabling automatic QoS-driven network-slice provisioning, reconfigurat...
An SDN-controlled optical DCN enabling automatic QoS-driven network-slice provisioning, reconfigurat...
We present a DC architecture that enables QoS-driven network slices reconfiguration. Per-slice monit...
Optical packet switching (OPS) can enhance the performance of data center networks (DCNs)by providin...
Optical switching techniques have the potential to enable the optical data center network (DCN) inte...