Visible to the public An Energy Aware Fuzzy Trust based Clustering with group key Management in MANET Multicasting

TitleAn Energy Aware Fuzzy Trust based Clustering with group key Management in MANET Multicasting
Publication TypeConference Paper
Year of Publication2019
AuthorsKrishnasamy, G.
Conference Name2019 2nd International Conference on new Trends in Computing Sciences (ICTCS)
Keywordscluster head, clustered networks, clustering, clustering concepts, compositionality, considerably stable environment fuzzy based trust, cryptography, delays, energy aware fuzzy trust, energy consumption, Energy states, Fuzzy based, Fuzzy logic, fuzzy set theory, group key, group key maintenance, Group key management, highest trust, key refreshment, link breakdown, lower capacity resources, MANET multicasting, manet privacy, member movement, Metrics, mobile ad hoc networks, multicast communication, pattern clustering, Polynomial-based key management, polynomials, Protocols, pubcrawl, reliability, repeated node movement, Resiliency, secure multicast transmission, style, telecommunication power management, telecommunication security, Trust, trustable environment fuzzy based trust
AbstractThe group key maintenance in MANET is especially risky, because repeated node movement, link breakdown and lower capacity resources. The member movement needs key refreshment to maintain privacy among members. To survive with these characteristics variety of clustering concepts used to subdivide the network. To establish considerably stable and trustable environment fuzzy based trust clustering taken into consideration with Group key management. The nodes with highest trust and energy elected as Cluster Head and it forms cluster in its range. The proposed work analyze secure multicast transmission by implementing Polynomial-based key management in Fuzzy Trust based clustered networks (FTBCA) for secure multicast transmission that protect against both internal and external attackers and measure the performance by injecting attack models.
Citation Keykrishnasamy_energy_2019