We investigate a novel disaggregated architecture based on nanoseconds optical switches. Results show that under data-traffic from real applications the disaggregated architecture with 0.2 local memory rate and 40Gb/s optical links outperforms the server-centric architecture.</p
The relentless traffic growth in datacenter networks is stimulating the adoption of pioneering optic...
Fast and high capacity optical switching techniques have the potential to enable low latency and hig...
We propose a novel flat optical data center network based on fast optical switching systems. Petabit...
We investigate a novel disaggregated architecture based on nanoseconds optical switches. Results sho...
We investigate operational performance of a novel rack-scale disaggregated network. Results show tha...
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...
A disaggregated DCN prototype based on nanoseconds optical switch is experimentally assessed. Result...
Disaggregated data centers (DCs) can offer high flexibility for resource allocation; hence, their re...
We propose a novel flat and scalable data center network (DCN) architecture based on fast (nanosecon...
In response to the need for high bandwidth and power efficient data center interconnection networks,...
A 4-node prototype of SDN-controlled disaggregated data-center network is experimentally demonstrate...
A 4-node prototype of SDN-controlled disaggregated data-center network is experimentally demonstrate...
To solve the issues of low resource utilization and performance bottleneck in current server-centric...
The relentless traffic growth in datacenter networks is stimulating the adoption of pioneering optic...
Fast and high capacity optical switching techniques have the potential to enable low latency and hig...
We propose a novel flat optical data center network based on fast optical switching systems. Petabit...
We investigate a novel disaggregated architecture based on nanoseconds optical switches. Results sho...
We investigate operational performance of a novel rack-scale disaggregated network. Results show tha...
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...
A disaggregated DCN prototype based on nanoseconds optical switch is experimentally assessed. Result...
Disaggregated data centers (DCs) can offer high flexibility for resource allocation; hence, their re...
We propose a novel flat and scalable data center network (DCN) architecture based on fast (nanosecon...
In response to the need for high bandwidth and power efficient data center interconnection networks,...
A 4-node prototype of SDN-controlled disaggregated data-center network is experimentally demonstrate...
A 4-node prototype of SDN-controlled disaggregated data-center network is experimentally demonstrate...
To solve the issues of low resource utilization and performance bottleneck in current server-centric...
The relentless traffic growth in datacenter networks is stimulating the adoption of pioneering optic...
Fast and high capacity optical switching techniques have the potential to enable low latency and hig...
We propose a novel flat optical data center network based on fast optical switching systems. Petabit...