Abstract: CLOUD computing offers its customers an affordable and convenient pay-as-you-go service model, known also as usage-based pricing. specifically, data transfer costs (i.e., bandwidth) is also an important issue when trying to chop back costs. Consequently, cloud customers, applying a judicious use of the cloud’s resources, are motivated to use various traffic reduction techniques, specifically traffic redundancy elimination (TRE), for reducing bandwidth costs. Traffic redundancy stems from common end-users’ activities, like repeatedly accessing, downloading, uploading (i.e., backup), distributing, and modifying the identical or similar information items (documents, data, Web, and video). TRE is employed to eliminate the transmission of redundant content and, therefore, to significantly reduce the network cost. In commonest. While proprietary middle-boxes are popular point solutions within enterprises, they do not seem to be as attractive during a very very cloud environment. Cloud providers cannot experience during a technology whose goal is to chop back customer bandwidth bills, and thus don't seem to be likely to take a position in one. the increase of “on-demand” work spaces, meeting rooms, and work-from-home solutions detaches the workers from their offices. In such a working environment, The fixed-point solutions that need a client-side and a server-side middle-box pair becomes ineffective. On the choice hand, cloud-side elasticity motivates work distribution among servers and migration among data centers. Therefore, it's commonly agreed that a universal, software-based, end-to-end TRE is crucial in today’s pervasive environment. within the case where the cloud server is that the sender, these solutions require that the server continuously maintain clients’ status. We show here that cloud elasticity demand a replacement TRE solution.
Keywords: Web application, Online Admission, ERP, Online Result.
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DOI:
10.17148/IJARCCE.2022.116119
