Time-Sensitive Networking (TSN) evolves from Ethernet AVB in which the Credit-Based
Shaping (CBS) is employed to guarantee the deterministic transmission of traffic. In CBS, the …

The widespread deployment of scientific applications and business services of various types
on clouds requires the transfer of big data with different priorities between geographically …

Large-scale applications in various fields generate big data at a high speed, which needs to
be transferred through High-Performance Networks (HPNs). Bandwidth scheduling in HPNs …

Time-Sensitive Networking (TSN) is a new technology developed from Ethernet that
guarantees deterministic transmission of various types of flows, such as Time-triggered (TT) …

信息技术的发展日新月异, 物联网和工业互联网中的远程外科手术, 高精度机器人控制等新型
业务对端到端的时延提出了新的要求, 传统以太网技术由于其传输的不确定性 …

Big data transfer in large-scale scientific and business applications is increasingly carried
out over connections with guaranteed bandwidth provisioned in High-performance Networks …

Because of the solid performance of providing quality of service for various applications for
decades, bandwidth reservation has been increasingly used in recent years for large …

Bandwidth reservation was initially designed to provide QoS for real-time multimedia
applications, and has been widely used since because of its proved high efficiency and …

Bandwidth reservation has been increasingly used to provide QoS for various network
applications. To accommodate a high-priority bandwidth reservation request (BRR), the …

Network slicing in Optical Transport Networks (OTNs) is a promising technology to provide
hard resource isolation and performance assurance of services with diverse requirements …