Abstract: Traffic monitoring through in-band telemetry is extended up to the User Equipment (UE), providing accurate e2e latency measurement.
Conclusions. A novel P4 augmented INT solution providing detailed e2e latency to the UE is proposed and evaluated in a converged packet-optical network.
Augmented In-Band Telemetry to the User Equipment for Beyond 5G Converged Packet-Optical Networks ... In-band telemetry to dynamically enforce per-packet QoS ...
Jan 12, 2021 · optical telemetry against soft failure events. INT in 5G converged packet-optical network. Fig. 1 shows the network scenario motivating the.
TL;DR: This paper provides an insightful analysis for mobile networks Beyond 5G (B5G) considering the advancements and implications introduced by the evolution ...
Augmented In-Band Telemetry to the User Equipment for Beyond 5G ...
colab.ws › ECOC48923.2020.9333353
Traffic monitoring through in-band telemetry is extended up to the User Equipment (UE), providing accurate e2e latency measurement. The UE becomes aware of ...
Aug 16, 2021 · Cugini, “Augmented in-band telemetry to the user equipment for beyond 5g converged packet-optical networks,” in 2020. European Conference on ...
Our paper "Extending P4 in-band telemetry to user equipment for latency- and localization-aware autonomous networking with AI forecasting" is published on ...
Traffic monitoring through in-band telemetry is extended up to the User Equipment (UE), providing accurate e2e latency measurement.
Augmented In-Band Telemetry to the User Equipment for beyond 5G Converged Packet-Optical Networks. 2020 European Conference on Optical Communications, ECOC 2020.