Modern data centers host a plethora of interactive data-intensive applications. These are
known to often generate large numbers of short-lived parallel flows that must complete their …

Network links and server CPUs are heavily contended resources in modern datacenters. To
keep tail latencies low, datacenter operators drastically overprovision both types of …

Datacenter applications demand microsecond-scale tail latencies and high request rates
from operating systems, and most applications handle loads that have high variance over …

In cloud environments, interactive applications deployed in data centers often generate
swarms of short-lived data transfers (or flows) that face dramatic competition for the scarce …

Over the past decade, the modern datacenter has reshaped the computing landscape by
providing a large scale consolidated platform that efficiently powers online services …

Today, datacenter operators deploy Load-balancers (LBs) to efficiently utilize server
resources, but must over-provision server resources (by up to 30%) because of load …

In data center networks, a large number of concurrent TCP connections suffer the TCP Incast
throughput collapse due to packet drops in shallow-buffered Ethernet switches. In this work …

Traditional end-host network stacks are struggling to keep up with rapidly increasing
datacenter access link bandwidths due to their unsustainable CPU overheads. Motivated by …

Edge Cloud servers running network functions for cellular carriers must provide both high
performance and high resource efficiency. Recent research has focused on load balancing …

A modern datacenter server aims to achieve high energy efficiency by co-running multiple
applications. Some of such applications (eg, web search) are latency sensitive. Therefore …