Passive analysis for multipath TCP

Coudron, Matthieu

doi:10.1145/3340422.3343638

Cited by 2 publications

(2 citation statements)

References 12 publications

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“…MPTCP endpoints were configured using the mptcp command of the iproute2 package for setting up one subflow for each path between the client and the server in the tested network (i.e., 3 in the case of the client in the network shown in Figure 4). Application-level goodput was calculated using the mptcpanalyzer tool [39].…”

Section: Client Servermentioning

confidence: 99%

On the Potential of MP-QUIC as Transport Layer Aggregator for Multiple Cellular Networks

et al. 2022

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Multipath transport protocols have the ability to simultaneously utilize the different paths and thus outperform single-path solutions in terms of achievable goodput, latency, or reliability. In this paper our goal is to examine the potential of connecting a mobile terminal to multiple mobile networks simultaneously in a dynamically changing environment. To achieve this, first we analyze a dataset obtained from an LTE drive test involving two operators. Then we study the performance of MP-QUIC, the multipath extension of QUIC, in a dynamic emulated environment generated from the collected traces. Our results show that MP-QUIC may leverage multiple available channels to provide uninterrupted connectivity, and a better overall goodput even when compared to using only the best available channel for communication. We also compare the MP-QUIC performance with MPTCP, identify challenges with the current protocol implementations to fill in the available aggregate capacity, and give insights on how the achievable throughput could be increased.

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Section: Client Servermentioning

confidence: 99%

On the Potential of MP-QUIC as Transport Layer Aggregator for Multiple Cellular Networks

et al. 2022

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“…To cope with such demands new techniques and protocols are required. The researchers over time tried to build different solutions for TCP/IP communication for redundancy, reliability, and increase of bandwidth over the internet 5–7 . Different extensions of TCP are made but not implemented as one standard 8 .…”

Section: Introductionmentioning

confidence: 99%

Multipath transport control protocol for 5G mobile augmented reality networks

Khan

Sohail

Qureshi

et al. 2021

Int J Communication

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Summary The performance of backhaul networks is the major concern for internet service providers, cloud service providers, and data centers for redundancy and reliability. With the integration of new data communication technologies, the system should be more smart and intelligent to handle data traffic coming from new networks like 5G. This new 5G standard provides connectivity among devices where all the traffic is handled by backbone and backhaul networks. The devices and nodes need multiple interfaces, but the TCP/IP standard uses a single path per connection for data communication. This limitation leads to the degradation of network performance and communication failures. There is a need to enhance data throughput and performance by using available paths and interfaces. Multipath Transport Control Protocol (MTCP) is one of the advanced extension of the TCP/IP standard for using available interfaces. This paper proposed an MTCP based infrastructure for 5G networks to handle all the coming data from these networks and provide fast reliable data handling. The proposed infrastructure is evaluated in simulation to check its performance with existing standards. The results indicate that the proposed infrastructure is minimizing the convergence time in case of any failure in the main path.

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Passive analysis for multipath TCP

Cited by 2 publications

References 12 publications

On the Potential of MP-QUIC as Transport Layer Aggregator for Multiple Cellular Networks

On the Potential of MP-QUIC as Transport Layer Aggregator for Multiple Cellular Networks

Multipath transport control protocol for 5G mobile augmented reality networks

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