Data center networks usually employ the scale-out model to provide high bisection
bandwidth for applications. A large amount of data is required to be transferred frequently …

In modern datacenter networks (DCNs), the overwhelming heterogeneous flows have
various stringent demands, ranging from delay-sensitive short flows, throughput-sensitive …

The trend towards simple data center network fabric strips most network functionality,
including load balancing capabilities, out of the network core and pushes them to the edge …

Recently new data center topologies have been proposed that offer higher aggregate
bandwidth and location independence by creating multiple paths in the core of the network …

The vast majority of application traffic in modern data center networks (DCNs) can be
classified into two categories: throughput-sensitive large flows and latency-sensitive small …

Data Center topologies employ multiple paths among servers to deliver scalable, cost-
effective network capacity. The simplest and the most widely deployed approach for load …

Datacenter networks should support high network utilization. Yet today's routing is typically
load agnostic, so large flows can starve other flows if routed through overutilized links. Even …

Datacenters provide cost-effective and flexible access to scalable compute and storage
resources necessary for today's cloud computing needs. A typical datacenter is made up of …

The trend towards simple datacenter network fabric strips most network functionality,
including load balancing, out of the network core and pushes it to the edge. This slows …

Data center networks are designed for satisfying the data transmission demand of densely
interconnected hosts in the data center. The network topology and routing mechanism can …