To improve the quality of experience for worldwide users, an increasing number of service
providers deploy their services on geographically dispersed data centers, which are …

In this paper, we put forward a HOListic traffic control framework for datacenter NETworks
(HOLNET). HOLNET reformulates the network utility maximization (NUM) framework into a …

Geographically distributed applications hosted on cloud are becoming prevalent. They run
on cross-datacenter network that consists of multiple data center networks (DCNs) …

Bursty traffic and thousands of concurrent flows incur inevitable congestion in data center
networks (DCNs) and then affect the overall performance. Various transport protocols are …

Numerous distributed applications are deployed in the cross-datacenter networks (Cross-
DC) where geographically distributed data centers (DC) are connected by wide area …

Congestion control is crucial to the overall performance of datacenter networks and still
faces great challenges, especially when network traffic exhibits complicated and time …

Congestion control plays a pivotal role in large-scale data centers, facilitating ultra-low
latency, high bandwidth, and optimal utilization. Even with the deployment of data center …

Modern data center networks (DCNs) exhibit high dynamics in both time and space
dimensions, which poses challenges for congestion control protocols to achieve low latency …

Effective congestion control in a multi-tenant data center is becoming increasingly
challenging with rapidly increasing workload demand, ever faster links, small average …

For data center networks (DCNs), the network fabric evolves a lot to serve global users, but
network congestion inevitability occurs when traffic bursts as well. To efficient manage …