Satellite and ground systems have traditionally operated independently, each providing
unique services. However, the integration of satellite-ground networks necessitates …

The integration of satellite communication technology and terrestrial infrastructure has
resulted in an un-precedented increase in network services covering the world. The main …

It is well known that the future network will achieve seamless global coverage, and the
convergence of satellite and terrestrial networks is the basic feature of the next generation …

With the developing of communication technologies and capabilities from the ground to the
space, the integration architecture of mobile communication network and the satellite …

The emergence of massive ultra-reliable and low latency communications (mURLLC) as a
category of age/time/reliability-sensitive service over 6G wireless networks has received …

Space-air-ground integrated networks (SAGINs) have gained significant attention and
become a promising architecture for ubiquitous connectivity for 5G-Advanced and 6G …

This paper introduces a standards‐based Quality‐of‐Service (QoS) architecture for satellite
and terrestrial IP packet network integration to facilitate the evolution of the next generation …

The users wish to communicate through collections of networks using different protocols,
rendering service mapping from one network to another with the similar QoS is a complex …

Deploying reservation-based Quality-of-Service systems in variable environments like
mobile satellite communication requires networks to actively adjust the status of reservations …

In emerging scenarios such as the Internet of Things and space-and-ground integrated
networks, diverse new applications bring multi-di-mensional quality of service (QoS) …