We present a novel flat datacenter network (DCN) architecture based on optical switching technologies enabled by SDN. Virtual DCN slicing can be flexibly generated and reconfigured for multi-tenant DC, efficiently sharing the data plane resources.</p
We propose and demonstrate an optical flat datacenter network based on scalable optical switch syste...
We investigate the performance of a novel flat data center network (DCN) architecture based on distr...
Applications running inside data centers are enabled through the cooperation of thousands of servers...
We present a novel flat datacenter network (DCN) architecture based on optical switching technologie...
We demonstrate a reconfigurable virtual datacenter network by utilizing statistical multiplexing off...
Traffic in data centers networks (DCNs) is steadily growing to support various applications and virt...
We investigate the performance of a novel flat data center network (DCN) architecture based on distr...
We propose and demonstrate an optical flat datacenter network based on scalable optical switch syste...
We investigate the performance of a novel flat data center network (DCN) architecture based on distr...
Applications running inside data centers are enabled through the cooperation of thousands of servers...
We present a novel flat datacenter network (DCN) architecture based on optical switching technologie...
We demonstrate a reconfigurable virtual datacenter network by utilizing statistical multiplexing off...
Traffic in data centers networks (DCNs) is steadily growing to support various applications and virt...
We investigate the performance of a novel flat data center network (DCN) architecture based on distr...
We propose and demonstrate an optical flat datacenter network based on scalable optical switch syste...
We investigate the performance of a novel flat data center network (DCN) architecture based on distr...
Applications running inside data centers are enabled through the cooperation of thousands of servers...
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