The topologies of current data center networks are typically multi-rooted trees (eg leaf–
spine) with rich parallel paths between any pair of hosts. Recent progress has demonstrated …

Modern datacenter topologies typically are multi-rooted trees consisting of multiple paths
between any given pair of hosts. Recent load balancing designs focus on making full use of …

Modern datacenters provide a wide variety of application services, which generate a mix of
delay-sensitive short flows and throughput-oriented long flows, transmitting in the multi-path …

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

With the explosive growth of the Internet of Things (IoT), an increasing amount of sensor
data generated by soft real-time IoT applications has been moved to data centers for storage …

Data center networks demand high-performance, robust, and practical data plane load
balancing protocols. Despite progress, existing work falls short of meeting these …

The state-of-the-art datacenter load balancing designs commonly optimize bisection
bandwidth with homogeneous switching granularity. Their performances surprisingly …

Datacenter networks provide large bisection bandwidth by load balancing traffic over rich
parallel paths in multi-rooted tree topologies. Nevertheless, production datacenters operate …

Abstract In current Data center Networks (DCNs), Equal-Cost Multipath (ECMP) is a default
load-balancing scheme. However, using ECMP may result in the rapid growth of Flow …

Load Balancing plays a vital role in cloud data centers to distribute traffic among instances of
network functions or services. State-of-the-art load balancers dispatch traffic obliviously …