Software defined satellite-terrestrial networking has been identified as a promising approach
to support the diversity of network services. As the fundamental issue to improve the …

Software-defined networking (SDN) logically separates the control and data planes, thus
opening the way to more flexible configurations and management of low-Earth orbit (LEO) …

Abstract Software-Defined Satellite Networking (SDSN)[1], similar to Software-Defined
Networking (SDN)[2], has emerged as a new paradigm that offers the programmability …

Software-defined networking (SDN) logically separates the control and data-forward planes,
which opens the way to a more flexible configuration and management for low-Earth orbit …

The controller provisioning, which adjusts the number, locations, and members of satellite
controllers adaptive to the dynamic network load and topology, fundamentally impacts the …

Software-defined networking (SDN) based LEO satellite networks can make full use of
satellite resources through flexible function configuration and efficient resource …

Leveraging the concept of software-defined network (SDN), the integration of terrestrial 5G
and satellite networks brings us lots of benefits. The placement problem of controllers and …

SDN-enabled Integrated satellite-terrestrial networks (ISTNs), can provide several
advantages including global seamless coverage, high reliability, low latency, etc. and can …

The low earth orbit (LEO) satellite network can benefit from software-defined networking
(SDN) by lightening forwarding devices and improving service diversity. In order to apply …

Software-Defined Satellite Networking (SDSN) has emerged as a new paradigm that offers
the programmability required to flexibly manage a satellite network. A key concern in the …