High quality of service (QoS) requires monitoring and controlling parameters such as delay
and throughput. Due to network complexity, conventional QoS-improving routing algorithms …

With the rapid development of Internet applications, diversified Quality of Service (QoS) has
been required in packet routing to meet the demand of various types of applications. This …

With the rapid development of Internet applications, diversified Quality of Service (QoS) has
been required in packet routing to meet the demand of various types of applications. In this …

We propose in this letter a bio-inspired Quality of Service (QoS) routing algorithm that is
based on the trial/error paradigm combined with a continuous adaptive function to optimize …

As the complexity of network end devices and applications grows, network managers face
increasing difficulty in meeting specific end user requirements, leading to reduced user …

In upcoming sixth generation (6G) networks, it is a critical challenge to support a plethora of
innovative services across wide-area networks. To realize the dedicated QoS provisioning …

Traditional Internet routing is simple, scalable and robust, but cannot provide perfect QoS
support due to the current completely distributed hop-by-hop routing architecture. Software …

The advent of Quality-of-Service (QoS) routing has brought a wide range of applications to
network users. While precise network state information is critical to QoS provision …

Routing is the linchpin of the LLNs due to their scarcity of memory, energy and computing
resources. Efforts have been made in the past, to optimize the individual components of the …

Emerging applications pose different Quality of Service (QoS) requirements for the network,
where Traffic Engineering (TE) plays an important role in QoS provisioning by carefully …