Performance analysis of Multipath Transport layer schedulers under 5G/B5G hybrid networks

Kumar, Pattiwar Shravan; Fatima, Nida; Saxena, Paresh

doi:10.1109/comsnets53615.2022.9668483

Cited by 4 publications

(3 citation statements)

References 45 publications

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“…By thoroughly looking at the schedulers and their mechanisms, approach can be dividing them into five categories, including elemental, negotiation-based, policybased, machine learning-based, and cross-layer-based schedulers [121].…”

Section: A Schedulers From the Operational Point Of Viewmentioning

confidence: 99%

“…Available in the Linux kernel by default Redundant OBR [96] Solving out-of-order issue OTIAS [100] STTF [101] ECF [106] Analyses of out-of-order issue MuSher [115] A scheduler for dual 802.11ac/ad LWS [122] Throughput enhancement QAware [127] [116], [125] Machine learning-based [121] Performance evaluation in 5G/B5G networks [123] QoE improvement for Web services…”

Section: Round-robinmentioning

confidence: 99%

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Toward the Implementation of MPTCP Over mmWave 5G and Beyond: Analysis, Challenges, and Solutions

Poorzare

Waldhorst

2023

IEEE Access

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5G and beyond 5G networks are going to be an inseparable part of human lives in the future. They will dominate any aspects of everyday activities from smart homes, remote surgery, and smart cities to autonomous driving, which demand high throughput through low latency end-to-end communication. Consequently, employing higher frequencies in millimeter-wave for the coming cellular networks will be inevitable. On the one hand, millimeter-wave can provide massive data rates; on the other hand, it suffers from some shortcomings such as blockage and misalignment that can occur because of the susceptible characteristic of the high frequencies. These flaws can mislead TCP in adjusting its sending rate efficiently and reduce the connection quality that a user discerns. Deploying Multipath TCP (MPTCP) is one of the schemes that can relieve the aforementioned issues and assist in utilizing the new generation mobile networks' high potential by leveraging its features in exploiting diverse paths in networks such as NR or LTE. A well-designed MPTCP can select the best path among the available ones, so it can enhance the perceived user experience. This paper fills the gap of having a comprehensive overview of MPTCP and its deployment over 5G and beyond 5G networks. It analyses millimeter-wave-based cellular networks, MPTCP procedures and parameters, state-of-theart MPTCP congestion control mechanisms and schedulers, and the probable solutions that may enhance the protocol's functionality in cellular communication.

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Section: A Schedulers From the Operational Point Of Viewmentioning

confidence: 99%

Section: Round-robinmentioning

confidence: 99%

Toward the Implementation of MPTCP Over mmWave 5G and Beyond: Analysis, Challenges, and Solutions

Poorzare

Waldhorst

2023

IEEE Access

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“…Sathyanarayana et al [ 42 ] exploited the MPTCP schedulers’ performance in their testbed where the client connects to the server via two different cellular network operators. Kumar et al [ 43 ] compared the performance of different schedulers under the 5G/B5G hybrid network in a physical testbed. However, they did not consider mobility when observing the schedulers’ performance while the UE is on the move.…”

Section: An Overview Of the Mptcp Schedulers And Congestion Control A...mentioning

confidence: 99%

Performance Evaluation of MPTCP on Simultaneous Use of 5G and 4G Networks

Mahmud

Lubna

Cho

2022

Sensors

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The 5G cellular network comes with a promise to provide a very high data rate at low latency, which is becoming critical for advancing technologies. Mobile operators are currently deploying the 5G cellular network worldwide. However, because of limited coverage and high susceptibility of the 5G network to obstacles, handoffs from 5G to 4G and vice versa frequently occur, especially when the user equipment (UE) is moving. These handoffs often cause significant delays in data transmission due to packet losses and retransmissions. A promising solution can be to use both 4G and 5G networks simultaneously, which can solve this problem and yield a better throughput. Multipath transmission control protocol (TCP) is an effective solution for this problem, but it requires significant performance evaluation before practical deployment. In this study, we implement an MPTCP testbed based on NS3-DCE that enables to test the performance of MPTCP schedulers and congestion control algorithms (CCAs) in both 3GPP and non-3GPP networks. Through extensive simulation experiments in a scenario where a UE simultaneously utilizes both 4G and 5G networks, we found that blocking estimation (BLEST) scheduler implemented with balanced linked adaptation (BALIA) CCA can produce the highest throughput and lowest delay. Finally, we showed how received signal to interference and noise ratio (SINR), congestion window, throughput, and packet losses are interconnected.

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DEAR: DRL Empowered Actor-Critic ScheduleR for Multipath QUIC Under 5G/B5G Hybrid Networks

Kumar,

Saxena,

Alay

2024

Lecture Notes on Data Engineering and Communications Technologies

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Performance analysis of Multipath Transport layer schedulers under 5G/B5G hybrid networks

Cited by 4 publications

References 45 publications

Toward the Implementation of MPTCP Over mmWave 5G and Beyond: Analysis, Challenges, and Solutions

Toward the Implementation of MPTCP Over mmWave 5G and Beyond: Analysis, Challenges, and Solutions

Performance Evaluation of MPTCP on Simultaneous Use of 5G and 4G Networks

DEAR: DRL Empowered Actor-Critic ScheduleR for Multipath QUIC Under 5G/B5G Hybrid Networks

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