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Development of CES, a component that should be deployed at the border of a 5G network in the Mobile Edge Computing (MEC) use case, which authenticates users and implements a policy-based protocol for authorizing them to access services.
This project provides a p4 pipeline capable to forwarding packets and monitoring performances via Postcard Telemetry. The Onos application is capable to control the p4 switches, that have this pipeline, and install the flow rules needed to provide the packets forwarding and monitoring via Postcard Telemetry.
An attempt at a proof of concept to implement RMI in P4. This is an adaptation of the code generation part of the RMI reference implementation to create P4 source code files instead of C++
BMV2 prototype for the paper "DIDA: Distributed In-Network Defense Architecture Against Amplified Reflection DDoS Attacks" accepted at IEEE NetSoft'20.
Development of CES, a component that should be deployed at the border of a 5G network in the Mobile Edge Computing (MEC) use case, which authenticates users and implements a policy-based protocol for authorizing them to access services.
This p4 program provides GTP.v1 encapsulation/decapsulation/steering. Furthermore you can get hop latency via postcard telemetry from each node of the network.
Unofficial P4_16 implementation of the HashPipe heavy hitter detection algorithm proposed in the paper, "Heavy-Hitter Detection Entirely in the Data Plane" @ SOSR'17