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@article{152865,
        author = {S. Swathi  and Dr. R. Vadivel},
        title = {Detection and Prevention of Sybil attack In DSDV Based MANET Using BFO Algorithm},
        journal = {International Journal of Innovative Research in Technology},
        year = {},
        volume = {8},
        number = {4},
        pages = {684-690},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=152865},
        abstract = {MANET could be a sort of remote ad-hoc organization. It may be a self-designing framework of portable switches related to remote associations with no access point. Each portable device in a framework is self-sufficient. The portable devices are permitted to move heedlessly and sort out themselves self-assertively. Ad-hoc systems do not depend on any fixed system. Each node is liable for directing the message from one node to the following like a switch, which causes organize more defenseless against the different attacks. One of the hurtful attacks is the Sybil attack in which a node misguidedly states different characters. In this circumstance, the real node offers data to the malicious node, and the data is lost. With the objective that it gets imperative to create beyond any doubt almost the framework from this kind of attack. The Bacteria Foraging is a developmental calculation that estimates fetched work after each iterative development of the program as the program execution proceeds and prompts consistently way better wellness (less fetched work). The boundaries to be improved talk to encourages (position) of the bacteria. This paper proposed recognizes and avoids Sybil attack and comparison of AODV and DSDV directing protocols and the results are simulated in ns2.},
        keywords = {BFO, DSDV,  MANET, Sybil Attack},
        month = {},
        }