A resource reservation protocol supporting QoSaware multicast trees for next generation networks

This paper presents a new decomposition model for the Bus Driver Rostering Problem and proposes the hybridization of column generation and genetic algorithms to achieve good

It proposes an extension of the M2M H-NDMA protocol for a multi base station scenario and a power control scheme to adapt the protocol to the requirements of URLLC.. The system

The combination of surplus resources (bandwidth and multicast trees) with admission control allows MARA to establish multiple multi-user sessions without per-flow

However, the per-flow signalling used by MIRA to control the bandwidth required for multi-user sessions in DiffServ classes and the allocation of SSM trees associated with them,

bootstrapping the system; (ii) over-provisioning network resources (QoS and multicast); ( iii ) selecting best trees to comply with session resource demands; ( iv ) classifying

This paper analyses the requirements of a control architecture to provide Quality of Service (QoS), connectivity and seamless handover management for multi-user sessions in

The proposed architecture is structured in three control functions: the Mobile Multi-user control function that provides the required multicast and unicast connectivity, the

QUALITI controls the QoS level of multi-user sessions and dimensions per-class resources along heterogeneous paths by coordinating QoS mapping, QoS adaptation and