Traffic shaping for TCP networks: TCP leaky bucket

Wu, Cheng-Shong; Hsu, Ming-Hsien; Chen, Kim-Joan

doi:10.1109/tencon.2002.1180244

Cited by 5 publications

(1 citation statement)

References 7 publications

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“…If the traffic queue is full, incoming frames are dropped. However, the committed sustainable bit rate is limited by  [5], [6].…”

Section: Token Leaky Bucket Process Modelmentioning

confidence: 99%

An Adaptive Fuzzy Type-2 Control Double Token Leaky Bucket and Back-pressure over High-Speed Network

Lekcharoen¹

2013

LNIT

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High-speed communication network describes about high bandwidth and low delay communication. The problem in delay occurs traffic congestion. A method to solve this problem, we use a policing mechanism scheme. It is a method help monitor the amount of ingress traffic. If congestion occurs at the buffer before entering the network. Another approach must drop incoming frames from which buffer is not available and has to rely on the end-to-end protocols for the recovery of lost frames. In this way, it may not be able to cope their quality-of-service (QoS) requirements because it must have more delay time. However, one way to solve this problem, we use Fuzzy type-2 control double token leaky bucket and back-pressure to control network congestion but it is suitable for low traffic.  It could help to improve the performance in policing mechanisms much better than conventional policing one while various types of burst/silence traffic are being generated.

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“…If the traffic queue is full, incoming frames are dropped. However, the committed sustainable bit rate is limited by  [5], [6].…”

Section: Token Leaky Bucket Process Modelmentioning

confidence: 99%

An Adaptive Fuzzy Type-2 Control Double Token Leaky Bucket and Back-pressure over High-Speed Network

Lekcharoen¹

2013

LNIT

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Third-Party Flow Control

Bansal

Ward

3rd Annual Communication Networks and Services Research Conference (CNSR'05)

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TCP-Mobile Edge: Accelerating delivery in mobile networks

Ansari

2012

2012 IEEE International Conference on Communications (ICC)

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Owing to the imminent fixed mobile convergence, Internet applications are frequently accessed through mobile nodes. However, service delivery latency is too high to satisfy user expectations. In this paper, we design a new TCP algorithm, TCP-ME (Mobile Edge), to accelerate the service delivery in mobile networks. Considering the QoS (Quality of Service) mechanisms of mobile networks, TCP-ME is designed to differentiate the packet loss caused by wireless errors, traffic conditioning of mobile core networks, and Internet congestion, as well as to react to the packet loss accordingly. To detect wireless errors, we mark the ACK (Acknowledge) packets in the uplink direction at the base station, and the marking threshold is a function of the instantaneous downlink queue length and the number of consecutive HARQ retransmissions. We modify the ECN mechanism with deterministic marking to detect Internet congestion. The packet loss caused by traffic conditioners of mobile networks is detected by whether the incoming DUPACK is marked or not. TCP-ME adapts the inter-packet interval when the packet loss is caused by wireless errors or the admission control mechanism. If the packet loss is due to Internet congestion, TCP-ME applies the TCP-New Reno's congestion window adaptation algorithm. Simulation results show that TCP-ME can speed up web service response time in mobile networks by about 80%.

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Traffic shaping for TCP networks: TCP leaky bucket

Cited by 5 publications

References 7 publications

An Adaptive Fuzzy Type-2 Control Double Token Leaky Bucket and Back-pressure over High-Speed Network

An Adaptive Fuzzy Type-2 Control Double Token Leaky Bucket and Back-pressure over High-Speed Network

Third-Party Flow Control

TCP-Mobile Edge: Accelerating delivery in mobile networks

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