On Performance Modeling of TCP New-Reno

Zhou, Kaiyu; Yeung, Kwan L.; Li, V.O.K.

doi:10.1109/glocom.2007.503

Cited by 5 publications

(4 citation statements)

References 10 publications

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“…New Reno yang memiliki banyak variasi telah dibahas dan diimplementasikan dalam [9][10][11], dan termasuk variasi impasi lebih dianjurkan [1]. Indikator QoS dipengaruhi oleh pengembangan algoritma TCP [11].…”

Section: Latar Belakangunclassified

“…Timeout saat pengiriman ulang [15] digunakan sebagai strategi memulihkan paket yang hilang (packet loss). TCP New Reno merupakan pengembangan dari TCP Reno yang hanya dapat menangani satu segmen paket data yang hilang sehingga dapat menangani pengiriman ulang paket data hilang lebih dari satu dalam satu window tanpa menurunkan ssthresh berkalikali karena tidak akan meninggalkan fase fast recovery sebelum semua paket dalam satu window di ACK semua [9]. Pada koneksi internet tertentu, jumlah paket yang besar biasanya dikontrol oleh ukuran window TCP.…”

Section: Latar Belakangunclassified

“…Penelitian merupakan lanjutan dari penelitian yang telah dilakukan Idwan, Harry., Arif, Teuku Yuliar., Munadi, Rizal menggunakan NS-3 [3], serta yang telah dilakukan oleh peneliti lainnya [9][10][11]. Berdasarkan literatur dan sumber lainnya, memotivasi penelitian dilakukan lebih lanjut, khususnya mengevaluasi nilai kewajaran RTT pada jaringan wirelesss algoritma TCP New Reno, termasuk memberikan kontribusi pada peningkatan throughput jaringan wireless dengan strategi memperkecil RTT sehingga trafik akan lebih baik.…”

Section: Latar Belakangunclassified

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Analisis Optimasi Round Trip Time (RTT) pada Jaringan Transmission Control Protocol (TCP) New Reno

Idwan¹,

Ihsanuddin²

2020

jtik

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The research objective is to simulate and analyze existing algorithms developed previously using the NS-3 application, which affects the measurement of RTT, cwnd, and throughput, and to evaluate the performance of TCP New Reno based on topology and research parameters so that it is obtained specifically how to optimize RTT and throughput on wireless networks. at the Banda Aceh City coffee shop. The research method simulates and analyzes the development of the TCP New Reno algorithm on wireless network coding so that the results can be applied directly. The approach describes a variety of steps or techniques based on a certain distance in increasing throughput, controlling the congestion window (cwnd) and reducing RTO. The results of the study concluded that the use of the TCP New Reno algorithm on a wireless network for multi-hop ad-hoc topology (5 nodes) produced better values than single-hop (2 nodes). The TCP New Reno algorithm has a retransmit phase (at flow-1 and flow-2) which indicates that the slow start phase again starts, cwnd will effectively double (slowly add data) the size of the windows RTT (time) thereby reducing the loss of data packets. In general, strategies and techniques based on distance (6 m and 3 m) in achieving RTT optimization, the TCP New Reno's network strategy of 3 m is a good technique, especially in multi-hop.Keywords:TCP New Reno, RTT, Cwnd, Throughput, Coffee Shop

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Section: Latar Belakangunclassified

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Analisis Optimasi Round Trip Time (RTT) pada Jaringan Transmission Control Protocol (TCP) New Reno

Idwan¹,

Ihsanuddin²

2020

jtik

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“…When a packet segment is lost the receiver side sends a duplicate ACK and the Fast Retransmit algorithm deduces that a segment has been lost and retransmits the lost packet; Fast Recovery allows TCP to recover packet without returning to the slow start phase. In particular for TCP Reno n SST is set to W cwnd /2 and W cwnd is reported to 1 [13,14], On the other hand when a packet loss is detected by a retransmission time out expiration and when TCP detects packet loss by the fast retransmission algorithm, W cwnd is reported to n SST and n SST is set to W cwnd /2. TCP New Reno slightly changed from the previous version of Reno; it is able to detect multiple packet loss [10], and remains in fast recovery until all lost packet are recovered.…”

Section: Tcp Characteristicsmentioning

confidence: 99%

Experimental Investigation on Transmission Control Protocol Throughput Behavior in Optical Fiber Access Networks

Tego

Matera

Buono

2016

Fiber and Integrated Optics

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This article describes an experimental investigation on the behavior of transmission control protocol in throughput measurements to be used in the verification of the service-level agreement between the Internet service provider and user in terms of line capacity for ultra-broadband access networks typical of fiber-to-the-x architectures. It is experimentally shown different conditions in high bandwidth-delay product links where the estimation of the line capacity based on a single transmission control protocol session results are unreliable. Simple equations reported in this work, and experimentally verified, point out the conditions in terms of packet loss, time delay, and line capacity, that allow consideration of the reliability of the measurement carried out with a single transmission control protocol session test by adopting a suitable measurement time duration. ARTICLE HISTORY

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Wireless TCP Congestion Control Based on Loss Discrimination Approach Using Machine Learning

Dhawane,

Navghare,

Manjre

et al. 2024

Lecture Notes in Electrical Engineering

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On Performance Modeling of TCP New-Reno

Cited by 5 publications

References 10 publications

Analisis Optimasi Round Trip Time (RTT) pada Jaringan Transmission Control Protocol (TCP) New Reno

Analisis Optimasi Round Trip Time (RTT) pada Jaringan Transmission Control Protocol (TCP) New Reno

Experimental Investigation on Transmission Control Protocol Throughput Behavior in Optical Fiber Access Networks

Wireless TCP Congestion Control Based on Loss Discrimination Approach Using Machine Learning

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