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A Heuristic Approach for Traffic Redundancy Elimination


R. Lydia Jascinth Femila , Prince; M. Nellaiappan, Prince; S. Padmavathy, Prince


Cloud, Traffic redundancy elimination, PK, Server, Chunk


In the present days, solutions of traffic redundancy elimination are mostly sender-based. For the most of commercial solutions of traffic redundancy elimination involve exploitation of two or additional proprietary-protocols which aids at eliminating repetitive traffic connecting them. In our work, we put forward a new receiver-based solution of end-to-end TRE depending on the control of predictions for elimination of redundant traffic among the cloud and its end-users. PK does not necessitate the server to constantly continue the status of client; as a result facilitate cloud elasticity as well as user mobility while protecting continuing redundancy and is competent of eliminating redundancy on basis of content arriving to client from numerous servers. PK contains clear advantages on elimination of traffic redundancy of sender-based, particularly when cloud computation costs as well as buffering requirements are significant. PK imposes extra exertions on the sender only when redundancy is developed, consequently reducing overlay cost. By means of the long-term chunks' metadata information is kept locally, the receiver conveys to the server predictions that comprise chunks’ signatures along with easy- to-verify hints concerning sender's future data.

Other Details

Paper ID: IJSRDV5I60430
Published in: Volume : 5, Issue : 6
Publication Date: 01/09/2017
Page(s): 1187-1188

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