A 4-node prototype of SDN-controlled disaggregated data-center network is experimentally demonstrated based on the nanoseconds optical switch, enabling flexible hardware resource provisioning and dynamic resource reallocation. Experimental results show that, based on monitoring statistics, real-time reconfiguration reduces the memory node access latency by 21%.Peer ReviewedPostprint (published version
We demonstrate an optical wireless DCN architecture employing fast switches and reconfiguration with...
We investigate a novel disaggregated architecture based on nanoseconds optical switches. Results sho...
We demonstrate a 1.3 µm port-count scalable SDN-enabled optical packet switch architecture for progr...
A 4-node prototype of SDN-controlled disaggregated data-center network is experimentally demonstrate...
A disaggregated DCN prototype based on nanoseconds optical switch is experimentally assessed. Result...
Optical switching techniques featuring the fast and large capacity have the potential to enable low ...
An SDN-controlled optical DCN based on photonics integrated switch enabling QoS-driven network-slice...
To solve the issues of low resource utilization and performance bottleneck in current server-centric...
Nanoseconds WDM optical switch is exploited to implement a rack-scale memory disaggregated datacente...
Aiming to solve the low utilization and high operational cost in current data centers and the divers...
Aiming to solve the low utilization and high operational cost in current data centers and the divers...
To solve the issues of low resource utilization and performance bottleneck in current server-centric...
We demonstrate an optical wireless DCN architecture employing fast switches and reconfiguration with...
We investigate a novel disaggregated architecture based on nanoseconds optical switches. Results sho...
We demonstrate a 1.3 µm port-count scalable SDN-enabled optical packet switch architecture for progr...
A 4-node prototype of SDN-controlled disaggregated data-center network is experimentally demonstrate...
A disaggregated DCN prototype based on nanoseconds optical switch is experimentally assessed. Result...
Optical switching techniques featuring the fast and large capacity have the potential to enable low ...
An SDN-controlled optical DCN based on photonics integrated switch enabling QoS-driven network-slice...
To solve the issues of low resource utilization and performance bottleneck in current server-centric...
Nanoseconds WDM optical switch is exploited to implement a rack-scale memory disaggregated datacente...
Aiming to solve the low utilization and high operational cost in current data centers and the divers...
Aiming to solve the low utilization and high operational cost in current data centers and the divers...
To solve the issues of low resource utilization and performance bottleneck in current server-centric...
We demonstrate an optical wireless DCN architecture employing fast switches and reconfiguration with...
We investigate a novel disaggregated architecture based on nanoseconds optical switches. Results sho...
We demonstrate a 1.3 µm port-count scalable SDN-enabled optical packet switch architecture for progr...