Programmable data planes allow users to define their own data plane algorithms for network
devices including appropriate data plane application programming interfaces (APIs) which …

Traditionally, the networking industry has been dominated by closed and proprietary
hardware and software. Vendors have been controlling the network by hard-coding how …

Abstract Deterministic Networking (DetNet) is attracting a lot of attention lately due to their
ability to provide bounded latency and zero packet loss for time-sensitive applications. In this …

InFaRR (In-network Fast ReRouting) is an algorithm for fast rerouting in programmable data
planes. Implemented in P4, InFaRR is free of additional headers and network state …

This paper proposes a purposely designed 1+ 1 “Protection Header”(PH) protocol,
guaranteeing traffic is delivered between two remote endpoints with no perceived packet …

In software-defined networks, forwarding entries on switches are configured by a controller.
In case of an unreachable next-hop, traffic is dropped until forwarding entries are updated …

In order to improve video delivery, an Enhanced Explicit Port Forwarding (EEPF) solution is
proposed. Data are divided into ordinary packets and video packets using a packet …

Resumo O InFaRR (In-network Fast ReRouting) é um algoritmo para reroteamento rápido
em planos de dados programáveis. Implementado em P4, o InFaRR é livre de cabeçalhos …

The current Internet adopts best-effort forwarding mode, making it difficult to provide Quality
of Service (QoS) and reliability assurance. Inspired by 1+1 protection, we propose a reliable …

Packets sent over a network can either get lost or reach their destination. Protocols like TCP
try to solve this problem by resending the lost packets. However, retransmissions consume a …