SNT Algorithm and DCS Protocols coalesced a Contemporary Hasty File Sharing with Network Coding Influence
Abstract
Network coding has presently drawn marvelous attention and gifted enrichment of routing to
improve network throughput. In this paper, we propose a swift network transfer (SNT) algorithm
and deduplication, caching, and security (DCS) protocols to enhance the performance of peer-topeer
fast file sharing with network coding that can attain 10% to 15% privileged throughput when
compared to that of other P2P multicast networks. Initially, it is proposed to find peer nearness on
the network using swift network transfer (SNT) algorithm. Secondly, the functions of protocols
used in the proposed concept are analyzed, where, in the first protocol, there is deduplication
to abolish replica photocopy of files for maintaining the database storage space effectively. The
second protocol network caching enables us to find file request node in data flow. The last protocol
is command and control performances to provide security for checking IP address and mismatch
of uplink and downlink transmission nodes.
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- SNT Algorithm and DCS Protocols coalesced a Contemporary Hasty File Sharing with Network Coding Influence
- SNT Algorithm and DCS Protocols coalesced a Contemporary Hasty File Sharing with Network Coding Influence
- SNT Algorithm and DCS Protocols coalesced a Contemporary Hasty File Sharing with Network Coding Influence
- SNT Algorithm and DCS Protocols coalesced a Contemporary Hasty File Sharing with Network Coding Influence
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