Bulk data transfers, such as backups and propagation of bulky updates, account for a large
portion of the inter‐datacenter traffic. These bulk transfers consume massive bandwidth and …

Bulk data transfers account for a large portion of inter-datacenter traffic, such as backups,
propagation of bulky updates and migration of data. These bulk data transfers not only …

Bulk data migration between datacenters is often a critical step in deploying new services,
improving reliability under failures, or implementing various cost reduction strategies for …

With the quick growth of traffic between data centers, inefficient transfer scheduling in inter-
datacenter networks can lead to a huge waste of bandwidth thus significant bandwidth cost …

An increasing number of cloud services are operated globally, where the service data are
frequently replicated across geographically distributed datacenters to improve service …

Today, datacenter providers spend a lot of money on inter-datacenter WANs to transmit
traffic flows between geographically distributed datacenter sites. It is very important for …

An increasing number of applications in scientific and other domains have moved or are in
active transition to clouds, and the demand for big data transfers between geographically …

Inter-datacenter networks take the role of connecting edge clusters and datacenters
distributed globally. Nowadays, inter-datacenter network topologies are becoming more and …

Many modern Internet services and applications operate on top of geographically distributed
datacenters, which replicate large volumes of business data and other content, to improve …

With the rise of cloud computing service, traffic in inter-data center wide area networks (inter-
DC WANs) has been growing rapidly. Inter-data center traffic contains multitudinous data …