The use of Ethernet in the fronthaul permits convergence and exploitation of statistical multiplexing gains of the new interfaces, but minimum latency and latency variation requirements may become challenging. The techniques proposed to meet these challenges are summarized
This paper compares the performance of traditional priority-based queuing regimes with a time-aware ...
This paper investigates and compares the performance of different scheduling techniques in an Ethern...
Enabling the transport of fronthaul traffic in next-generation cellular networks [fifth-generation (...
Using Ethernet in the fronthaul can deliver the statistical multiplexing gains offered by the new fu...
The use of Ethernet in the fronthaul permits convergence and exploitation of statistical multiplexin...
It is proposed that using Ethernet in the fronthaul, between base station baseband unit (BBU) pools ...
Current approaches to the fronthaul for centralized- or Cloud-Radio Access Networks (C-RANs) need to...
A testbed implementation for an Ethernet fronthaul transporting signals arising from a long-term evo...
The fronthaul for 5th generation mobile systems (and beyond) has evolved with new splits for the rad...
This paper first overviews how, in the 5G Next Generation Radio Access Network (NG-RAN), the Next g...
We discuss next-generation fronthaul solutions for 5G and legacy radio access networks. Architecture...
International audienceThe evolution of LTE and advent of 5G networks increases further the bandwidth...
To date the evolution from traditional distributed radio access networks (D-RAN) towards fronthaul o...
We assess the performance of two distinct functional splits based on latency/latency variation and m...
Ethernet has been proposed to be used as the transport technology in the future fronthaul network. F...
This paper compares the performance of traditional priority-based queuing regimes with a time-aware ...
This paper investigates and compares the performance of different scheduling techniques in an Ethern...
Enabling the transport of fronthaul traffic in next-generation cellular networks [fifth-generation (...
Using Ethernet in the fronthaul can deliver the statistical multiplexing gains offered by the new fu...
The use of Ethernet in the fronthaul permits convergence and exploitation of statistical multiplexin...
It is proposed that using Ethernet in the fronthaul, between base station baseband unit (BBU) pools ...
Current approaches to the fronthaul for centralized- or Cloud-Radio Access Networks (C-RANs) need to...
A testbed implementation for an Ethernet fronthaul transporting signals arising from a long-term evo...
The fronthaul for 5th generation mobile systems (and beyond) has evolved with new splits for the rad...
This paper first overviews how, in the 5G Next Generation Radio Access Network (NG-RAN), the Next g...
We discuss next-generation fronthaul solutions for 5G and legacy radio access networks. Architecture...
International audienceThe evolution of LTE and advent of 5G networks increases further the bandwidth...
To date the evolution from traditional distributed radio access networks (D-RAN) towards fronthaul o...
We assess the performance of two distinct functional splits based on latency/latency variation and m...
Ethernet has been proposed to be used as the transport technology in the future fronthaul network. F...
This paper compares the performance of traditional priority-based queuing regimes with a time-aware ...
This paper investigates and compares the performance of different scheduling techniques in an Ethern...
Enabling the transport of fronthaul traffic in next-generation cellular networks [fifth-generation (...