A torus-topology photonic data center network with smart flow control is presented, where
optical packet switching (OPS), optical circuit switching (OCS), and virtual OCS (VOCS) …

Modeling and performance analysis of a data center network (DCN) combining optical
packet switching (OPS) and agile optical circuit switching (OCS) in a unified platform are …

We review our work on an intra-data center (DC) network based on co-deployment of optical
packet switching (OPS) and optical circuit switching (OCS), conducted within the framework …

A Torus Datacenter Network Based on OPS/OCS/VOCS Enabled by Smart Flow
Management Page 1 W3D.4.pdf OFC 2015 © OSA 2015 A Torus Datacenter Network …

With the growing demand for bandwidth and the need to support new services, several
challenges are awaiting future photonic networks. In particular, the performance of current …

Driven by the cloud computing, Internet of things, and emerging big data applications, more
stringent requirements in terms of high bandwidth, low latency, and large interconnectivity …

Scaling the capacity while maintaining low latency and power consumption is a challenge
for hierarchical data center networks (DCNs) based on electrical switches. In this work we …

Fast and high capacity optical switching techniques have the potential to enable low latency
and high throughput optical data center networks (DCNs) to afford the rapid increasing traffic …

We review recent development of energy-efficient, low-latency intra-data center network,
emphasizing on intelligent flow control capability, which simultaneously supports both OPS …

Abstract Modern Data Center networks must perform at near 100% utilization in order to
economically support the high bandwidth, highly elastic traffic patterns and data flows seen …