Optimizing TCP Congestion Control techniques for modern Wireless Network
Journal Title: International Journal of engineering Research and Applications - Year 2017, Vol 7, Issue 12
Abstract
Transmission Control Protocol (TCP) intended to convey consistent and solid end-to-end information exchange crosswise over untrustworthy systems works perfectly well in wired condition. Indeed, TCP bears the 90% of Internet movement, so execution of Internet is to a great extent in view of the execution of TCP. In any case, end-to-end throughput in TCP corrupts strikingly when worked in remote systems. In remote systems, because of high piece mistake rate and changing level of congestion, retransmission timeouts for bundles lost in transmission is unavoidable. TCP misinterprets these irregular parcel misfortunes, because of the unusual idea of remote condition, and the resulting bundle reordering as blockage and conjures clog control by triggering quick retransmission and quick recuperation, prompting under-usage of the system assets and influencing TCP execution fundamentally. This postulation audits existing methodologies, suitable elements two proposed frameworks for better dealing with in systems with irregular misfortune and deferral. Assessment of the proposed frameworks is led utilizing NS2 test system by contrasting against standard TCP variations and shifting number of bounces.
Authors and Affiliations
K. Vasudha Rani, Dr. G. A. Ramachandra
Keywords
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- EP ID EP392976
- DOI 10.9790/9622-0712015862.
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