A QUIC Implementation for ns-3

Biasio, Alvise De; Chiariotti, Federico; Polese, Michele; Zanella, Andréa; Zorzi, Michele

doi:10.1145/3321349.3321351

Cited by 21 publications

(9 citation statements)

References 12 publications

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“…De Biasio et al, in [6] replicated The QUIC protocol into discrete simulation tools NS-3 that we will explain in section II.C in urge demand of RFC submission of QUIC Protocol into IETF as HTTP/3 implementation.…”

Section: Quic Protocolmentioning

confidence: 99%

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Performance Evaluation of QUIC Protocol in Message Replication Overhead in PBFT Consensus using NS-3

Habibi,

Sari

2023

IJECBE

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The development of protocols in the ICT world to increase reliability and speed in data traffic gave an inspiration to a new protocol called the QUIC protocol. The QUIC protocol is expected to improve the performance of Transport Control Protocol (TCP). In addition, developments also occur in blockchain technology where the protocol used in this technology still uses the existing TCP protocol. In this paper, we aimed to research whether the QUIC protocol implementation in blockchain infrastructure could improve the performance of the blockchain infrastructure itself, in terms of the time required for transactions. We focus on conducting research to measure the overhead time reduction of Practical Byzantine Fault Tolerance (PBFT) consensus by implementing the QUIC protocol, the consensus propagation process is a crucial phase in Blockchain. For simulation we used NS-3 discrete simulation environment to conduct scenario and our simulation result showed that the QUIC Protocol have potential significant performance compared to TCP Protocol in large datasets, on the other hand QUIC protocols have more room for improvement by implementing appropriate congestion algorithms.

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Section: Quic Protocolmentioning

confidence: 99%

“…NS-3 works as discrete simulator that represents system behavior as a series of (discrete) temporal events. Each event occurs at a specific point in time and indicates a change in the status of the system [6]. No changes are expected to occur in the system between consecutive events.…”

Section: Ns-3mentioning

confidence: 99%

Performance Evaluation of QUIC Protocol in Message Replication Overhead in PBFT Consensus using NS-3

Habibi,

Sari

2023

IJECBE

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“…De Biasio et al. described in [ 40 ] a QUIC implementation in the [ 41 ] simulator, which included its most important features. Furthermore, Kakhki et al.…”

Section: Related Workmentioning

confidence: 99%

Delay and Energy Consumption of MQTT over QUIC: An Empirical Characterization Using Commercial-Off-The-Shelf Devices

Jeddou

Fernandez

Díez

et al. 2022

Sensors

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The QUIC protocol, which was originally proposed by Google, has recently gained a remarkable presence. Although it has been shown to outperform TCP over a wide range of scenarios, there exist some doubts on whether it might be an appropriate transport protocol for IoT. In this paper, we specifically tackle this question, by means of an evaluation carried out over a real platform. In particular, we conduct a thorough characterization of the performance of the MQTT protocol, when used over TCP and QUIC. We deploy a real testbed, using commercial off-the-shelf devices, and we analyze two of the most important key performance indicators for IoT: delay and energy consumption. The results evince that QUIC does not only yield a notable decrease in the delay and its variability, over various wireless technologies and channel conditions, but it does not hinder the energy consumption.

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“…Furthermore, the efectiveness of LCLA (see Section 4.2) was tested via simulations under two diferent scenarios as follows. Te frst scenario is the current high performance transmission protocol including (a) NewReno, LinuxReno, CUBIC, and Illinois under the same confguration in Table 2 [52] and (b) the default QUIC [54]. Each benign host sends trafc in on-of at the same rate as that of the bot.…”

Section: Experimental Settings and Parametersmentioning

confidence: 99%

A Persistent Route Diversification Mechanism for Defending against Stealthy Crossfire Attack

Zhou

Yang

et al. 2022

Security and Communication Networks

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Computer networks are facing the challenge of stealthy crossfire attacks that flood through persistent routes (PRs) towards their decoys at a low rate for disrupting end-to-end connectivity of the target. At first, the PRs can be stealthily probed at the initial stage of the attack. Later, some undefended and vulnerable PRs can be speculated at the renaissance stage of the attack, which yet remains unconcerned. To achieve an effective defense against the two-stage attacks, this paper investigates a new persistent route diversification defense (PRDD) mechanism to mitigate each identified PR under the attacks. The PRDD effectively stops the flooding on the PRs to mitigate their congestion. Meanwhile, it makes the adversary unable to probe or speculate the PRs under their corresponding attack stages. Thus, it disables every flooding choice for the adversary, avoiding the attacks. The PRDD is designed with scalable algorithmic complexity in computation and overhead. The PRDD is extensively assessed using NS-3 and Mininet, and the results show the following. (a) It is more effective in mitigating more attacked PRs compared with the existing solutions. (b) The defense performance of the PRDD remains highly scalable in computation, while maintaining an acceptable overhead.

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A QUIC Implementation for ns-3

Cited by 21 publications

References 12 publications

Performance Evaluation of QUIC Protocol in Message Replication Overhead in PBFT Consensus using NS-3

Performance Evaluation of QUIC Protocol in Message Replication Overhead in PBFT Consensus using NS-3

Delay and Energy Consumption of MQTT over QUIC: An Empirical Characterization Using Commercial-Off-The-Shelf Devices

A Persistent Route Diversification Mechanism for Defending against Stealthy Crossfire Attack

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