Experimental Demonstration of Flexible Hardware Acceleration in 5G MEC Infrastructure Page
1 Experimental Demonstration of Flexible Hardware Acceleration in 5G MEC Infrastructure …

Coordinating Multi-access Edge Computing with Mobile Fronthaul for Optimizing 5G End-to-End
Latency Page 1 M4I.3.pdf OFC 2018 © OSA 2018 Coordinating Multi-access Edge Computing …

Networks beyond 2020 are required to support diverse use cases. Among the emerging
services, support of delay critical mobile applications require network enhancements to …

Fulfilling the ambitious Quality of Service demands of today's wireless networks, especially
low latency, high bandwidths and availability, is a big challenge for researchers, network …

Multi-access Edge Computing (MEC) can provide the intelligent platform or environment for
services with the requirements of lower latency, higher bandwidth, and higher computation …

We demonstrated a “PON+ embedded-hardware-switch” system to accelerate data
transmission in 5G fronthaul within the 8.5 μs total processing latency. The switch …

This paper presents a technical overview of BeGREEN project, a Horizon Europe, Smart
Networks and Services Joint-Undertaking (SNS-JU) Phase 1 project kicked off on January 1 …

Parallel Computation Offloading Between MEC Servers with Metro Optical Network Page 1
Parallel Computation Offloading Between MEC Servers with Metro Optical Network Wei Zhang …

Latency Study of Fast Optical Add-Drop Multiplexer Based Metro Access Network with Edge
Computing for 5G Applications Page 1 OECC/PSC 2019 ©IEICE Latency Study of Fast …

Growing 5G1 applications require a user plane that has a high forward throughput and low
packets loss. To meet these requirements, 5G acceleration means emerge, and User Plane …