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 …

We researched and designed the routing algorithms GDQR and GD3QR based on deep
reinforcement learning and graph neural networks, and completed model training and per …

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 …

In recent years, the advancement of network technologies such as 5G/6G, IoT, and NFV has
led to a proliferation of diverse services, each with unique network requirements including …

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 …