Optical switching technologies offer a cost-and power-efficient approach for handling the
DataCenter Network (DCN) oversubscription problem. We propose a hybrid DCN …

Riding on Moore's law, established datacenter network infrastructure technologies are
scaling up rapidly; however, increasing concerns are being expressed by the industry that …

In this paper, a data-center network (DCN) system that distinguishes Hadoop job types and
allocates optical/electrical circuits to data flows depending on the types automatically is …

Tremendous growth in data-intensive cloud applications have resulted in an increased
demand for highly scalable data center network (DCN) architectures with high throughput …

As the scale of data centers and cloud computing applications increases, data center
networks play a critical role in meeting the huge communication bandwidth requirement of …

Reflecting the recent slow-down in Moore's law and the proliferation of artificial
intelligence/machine learning workloads, the performance and energy consumption of …

Optically switched networks have potential for high scalability, low power-consumption and
increased bandwidth capacity and are considered a promising solution to overcome the …

Traditional Data Center Networks (DCNs) are suffering from many problems which include
high energy consumption, high latency, fixed throughput of links and limited reconfigurability …

In this paper we analyze the impact of WDM-enhanced optical circuit switching on the power
consumption of multiple Data Center Network (DCN) architectures. Traditional three-tier …

Data center performance is a function of three features; bandwidth, latency, and reliability.
Increasing bandwidth and reducing power consumption can be accessed through optical …