Fairness and QoS in multihop wireless networks

Jun, Jangeun; Sichitiu, Mihail L.

doi:10.1109/vetecf.2003.1286161

Cited by 56 publications

(6 citation statements)

References 15 publications

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“…Điều này dẫn đến sự tương tranh giữa luồng dữ liệu trực tiếp và luồng dữ liệu chuyển tiếp trong bộ đệm tại tầng điều khiển liên kết logic (LLC). Hiển nhiên là luồng dữ liệu trực tiếp sẽ có nhiều lợi thế hơn luồng dữ liệu chuyển tiếp [1,2]. Hơn nữa, các trạm trong mạng không dây đa chặng cũng phải chia sẻ băng thông với các trạm láng giềng.…”

Section: Giới Thiệuunclassified

Problem analysis and solution for performance improvement in multi-hop ad hoc network

Giang¹,

Vĩ²,

Tam³

2012

JCC

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Section: Giới Thiệuunclassified

Problem analysis and solution for performance improvement in multi-hop ad hoc network

Giang¹,

Vĩ²,

Tam³

2012

JCC

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“…In [4], the authors have performed a study on the various queuing schemes for multi-hop wireless networks and examine the fairness and throughput performance of each scheme. Each scheme offers a different degree of fairness.…”

Section: Related Workmentioning

confidence: 99%

A scalable and reliable QoS architecture (SRQA) for mobile ad-hoc networks

Sulthani¹,

Rao

2008

2008 International Conference on Computing, Communication and Networking

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This paper proposes the design of a scalable and reliable QoS architecture for mobile ad-hoc networks, which consists of i) a multi-path routing protocol, ii) a call admission control (CAC) scheme and iii) a congestion control mechanism. The multi-path routing protocol utilizes erasure code techniques for producing replicated fragments for each packet, to enhance reliability. Important fragments can be sent through the paths with strong connectivity and high delivery probability. While it receives an assured number of fragments, destination can recover the original packet. In our CAC scheme, we admit the calls based on the bandwidth availability of the path. To avoid performance degradation due to mobility-triggered congestion, a congestion control mechanism has been developed. Once congestion occurs, the best effort traffic is rate controlled, to free bandwidth for the real-time flows. AU these schemes together make the proposed QoS architecture scalable to large network size and mobility. By simulation results, we show that this architecture allows us to provide reliable QoS in ad-hoc networks, increases the available bandwidth, performs load balancing in the network and increases lifetime.

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“…Several mechanisms have been proposed to address fairness issues in wireless networks [8][9][10][11][12][13]. Reference 8 proposed an ideal centralized scheduling algorithm that focuses on maximizing channel utility with a best effort to guarantee fairness.…”

Section: Related Workmentioning

confidence: 99%

“…Reference 11 proposed a mechanism in which the MAC layer monitors packet losses in the wireless medium and controls the traffic rate. However, these works [9][10][11] only focused on the case where per-flow unfairness is caused mainly by the link layer. Therefore, the effects of these mechanisms depend on network topology.…”

Section: Related Workmentioning

confidence: 99%

Achieving per‐flow fairness in wireless ad hoc networks

Shagdar¹,

Nakagawa

Zhang

2006

Electron. Comm. Jpn. Pt. I

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SUMMARYMobile ad hoc networks attract tremendous attention as one form of future network configuration. Among wireless LAN technologies, the IEEE 802.11MAC standard can be considered as the most prominent technology deployed in ad hoc networks. For realization of mobile ad hoc networks, providing QoS support in ad hoc networks is an important task. Among numerous parameters of QoS, perflow fairness is an important and problematic issue in ad hoc networks. In the traditional wireline networks, per-flow unfairness occurs mainly due to the link layer. However, in mobile ad hoc networks, in addition to the link layer, the MAC layer has significant impact on per-flow fairness problems. In particular, although IEEE 802.11MAC provides per-node fair bandwidth allocation, in order to achieve per-flow fairness, a method that provides per-flow fair bandwidth allocation is required. In this paper, a new scheme is proposed that enables a fair bandwidth allocation to each flow. In addition to fairness, the proposed scheme provides a positive impact on the network in terms of total performance and medium utility. The performance of the proposed scheme is investigated with an ns-2 network simulator.

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Fairness and QoS in multihop wireless networks

Cited by 56 publications

References 15 publications

Problem analysis and solution for performance improvement in multi-hop ad hoc network

Problem analysis and solution for performance improvement in multi-hop ad hoc network

A scalable and reliable QoS architecture (SRQA) for mobile ad-hoc networks

Achieving per‐flow fairness in wireless ad hoc networks

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