Visible to the public Black Hole Detection and Prevention Using Digital Signature and SEP in MANET

TitleBlack Hole Detection and Prevention Using Digital Signature and SEP in MANET
Publication TypeConference Paper
Year of Publication2022
AuthorsGupta, Sunil, Shahid, Mohammad, Goyal, Ankur, Saxena, Rakesh Kumar, Saluja, Kamal
Conference Name2022 10th International Conference on Emerging Trends in Engineering and Technology - Signal and Information Processing (ICETET-SIP-22)
Date Publishedapr
KeywordsBlack hole attack, digital signatures, Discovery Process, Encryption, External and Internal Attacks in MANETs, information processing, Magnets, Market research, Network topology, pubcrawl, Receivers, resilience, Resiliency, Scalability, Topology
AbstractThe MANET architecture's future growth will make extensive use of encryption and encryption to keep network participants safe. Using a digital signature node id, we illustrate how we may stimulate the safe growth of subjective clusters while simultaneously addressing security and energy efficiency concerns. The dynamic topology of MANET allows nodes to join and exit at any time. A form of attack known as a black hole assault was used to accomplish this. To demonstrate that he had the shortest path with the least amount of energy consumption, an attacker in MATLAB R2012a used a digital signature ID to authenticate the node from which he wished to intercept messages (DSEP). "Digital Signature", "MANET," and "AODV" are all terms used to describe various types of digital signatures. Black Hole Attack, Single Black Hole Attack, Digital Signature, and DSEP are just a few of the many terms associated with MANET.
NotesISSN: 2157-0485
DOI10.1109/ICETET-SIP-2254415.2022.9791738
Citation Keygupta_black_2022