By Raheem Beyah
Safety matters in ad-hoc and sensor networks became vitally important. This edited e-book presents a finished remedy for safety matters in those networks, starting from assault mitigation to restoration after an assault has been effectively performed. safeguard concerns comprise (but aren't constrained to) assaults, malicious node detection, entry keep watch over, authentication, intrusion detection, privateness and anonymity, key administration, situation verification, safety architectures and protocols, secrecy and integrity, community resilience and survivability, and belief types. this whole e-book presents a great reference for college students, researchers, and practitioners concerning those parts.
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Extra resources for Security in Ad-hoc and Sensor Networks (Computer and Network Security)
Per-use (PU) Hash Chains The one-to-many schemes discussed thus far enable any veriﬁer to verify 1) the source of the message; and that 2) the message has not been modiﬁed en route. The per-use (PU) hash-chain schemes however only permit any veriﬁer to verify that “the sender has sent at least i messages,” and provides no assurances regarding the contents of messages (the message could have been modiﬁed en route). PU schemes, which require low overhead, have some useful applications in securing routing protocols.
2002. Towards ﬂexible credential veriﬁcation in mobile ad-hoc networks. In Proceedings of the Second ACM international Workshop on Principles of Mobile Computing Toulouse, France, October 2002. POMC ’02. 14. J. Kong, P. Zerfos, H. Luo, S. Lu, and L. Zhang, “Providing robust and ubiquitous security support for MANET,” in Proc. IEEE ICNP, 2001, pp. 251-260. 15. M. Junaid, Muid Mufti, M. 11i Wireless LAN CCMP Protocol, Transactions on Engineering, Computing and Technology V11, February 2006. 16. , Refaei, M.
One-Time Signatures (OTS) In one-time signature (OTS) schemes3 the secret key is used as the starting point for many hash function evaluations. A sequence of intermediate results are determined by the message M to be signed. The intermediate results are presented along with the message as the signature. Any veriﬁer can compute the commitment (public key) using the intermediate results (signature) and the message, and thus verify the signature. In the OTS scheme by Bleichenbacher and Maurer4 to sign a message M, or equivalently, a b-bit hash M of the message M (or M = h(M)), l “primary” hash chains of length k and ls secondary hash chains of length ks are used, where l log2 k = b, and kl < ksls .