Rumor Riding: An Anonymity Approach for Decentralized Peer to Peer Systems
The anonymizing peer to peer (P2P) system is frequently incurred additional expense in order to efficiency transfer and various systems execute to disguise the uniqueness privacy considerations issues for their users. Although, an anonymity technique mostly existing path base peer before transmits, it has pre-create an anonymous path. An information as well as maintenance transparency of path is a lot high. In this paper it has been proposed mutual anonymity rumor riding (RR) protocol for decentralization environment P2P systems. The very heavy load path construction carries by RR system using random walk mechanism for free initiate peers. We evaluate with before RSA based and also anonymity approach based on AES, RR get extra benefit of lower cryptographic overhead mostly to get anonymity using asymmetric cryptographic algorithm. We illustrate design and effectiveness during the simulations by trace driven. RR is very effect and efficient than previous protocols the experimental and analytical result shows us.
peer to peer (p2p) mutual anonymity random walk non-path-based