TCP WESTWOOD+ ENHANCEMENT
<p align="justify">TCP Westwood first time developed by Saverio Mascolo and friend in UCLA, hereinafter have evolution become TCP Westwood+. TCP Westwood+ representing one of TCP proposed for the modification of existing TCP now. Specially TCP Westwood+, consignor of TCP Westwood+...
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id-itb.:114552017-09-27T15:37:36ZTCP WESTWOOD+ ENHANCEMENT (NIM 23204066), SUKISWO Indonesia Theses INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/11455 <p align="justify">TCP Westwood first time developed by Saverio Mascolo and friend in UCLA, hereinafter have evolution become TCP Westwood+. TCP Westwood+ representing one of TCP proposed for the modification of existing TCP now. Specially TCP Westwood+, consignor of TCP Westwood+ taking care of estimation of available bandwidth end to end to adjust the smart transmission rate after detection a packet loss. In this way , TCP Westwood+ can improve; repair the standard TCP ( Newreno, SACK) in lossy environment. This thesis comment the mechanism base congestion control TCP Westwood+, testing performance of TCP Westwood+ and enhance, repair and modification increase phase from additive mechanism to multiplicative mechanism.<p align="justify"><p>The modification increase phase from additive to multiplicative TCP Westwood+ in wired network generally can improve throughput received byte. On client server configuraton increase throughput 26,7 %, multihop configuraton increase 8,3 % and bottleneck configuraton increase 7,6 %.<p align="justify"><p>The throughput improvement on client server configuration does not add delay. The throughput improvement on multihop configuraton add delay 12 % and on bottleneck configuration add delay 2,1 %. text |
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<p align="justify">TCP Westwood first time developed by Saverio Mascolo and friend in UCLA, hereinafter have evolution become TCP Westwood+. TCP Westwood+ representing one of TCP proposed for the modification of existing TCP now. Specially TCP Westwood+, consignor of TCP Westwood+ taking care of estimation of available bandwidth end to end to adjust the smart transmission rate after detection a packet loss. In this way , TCP Westwood+ can improve; repair the standard TCP ( Newreno, SACK) in lossy environment. This thesis comment the mechanism base congestion control TCP Westwood+, testing performance of TCP Westwood+ and enhance, repair and modification increase phase from additive mechanism to multiplicative mechanism.<p align="justify"><p>The modification increase phase from additive to multiplicative TCP Westwood+ in wired network generally can improve throughput received byte. On client server configuraton increase throughput 26,7 %, multihop configuraton increase 8,3 % and bottleneck configuraton increase 7,6 %.<p align="justify"><p>The throughput improvement on client server configuration does not add delay. The throughput improvement on multihop configuraton add delay 12 % and on bottleneck configuration add delay 2,1 %. |
format |
Theses |
author |
(NIM 23204066), SUKISWO |
spellingShingle |
(NIM 23204066), SUKISWO TCP WESTWOOD+ ENHANCEMENT |
author_facet |
(NIM 23204066), SUKISWO |
author_sort |
(NIM 23204066), SUKISWO |
title |
TCP WESTWOOD+ ENHANCEMENT |
title_short |
TCP WESTWOOD+ ENHANCEMENT |
title_full |
TCP WESTWOOD+ ENHANCEMENT |
title_fullStr |
TCP WESTWOOD+ ENHANCEMENT |
title_full_unstemmed |
TCP WESTWOOD+ ENHANCEMENT |
title_sort |
tcp westwood+ enhancement |
url |
https://digilib.itb.ac.id/gdl/view/11455 |
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1820728209216372736 |