Cryptology ePrint Archive: Report 2006/006
Group Key Agreement for Ad Hoc Networks
Abstract: Over the last 30 years the study of group key agreement has stimulated much work. And as a result of the increased popularity of ad hoc networks, some approaches for the group key establishment in such networks are proposed. However, they are either only for static group or the memory, computation and communication costs are unacceptable for ad-hoc networks.
In this thesis some protocol suites from the literature (2^d-cube, 2^d-octopus, Asokan-Ginzboorg, CLIQUES, STR and TGDH) shall be discussed. We have optimized STR and TGDH by reducing the memory, communication and computation costs. The optimized version are denoted by µSTR and µTGDH respectively.
Based on the protocol suites µSTR and µTGDH we present a Tree-based group key agreement Framework for Ad-hoc Networks (TFAN). TFAN is especially suitable for ad-hoc networks with limited bandwidth and devices with limited memory and computation capability.
To simulate the protocols, we have implemented TFAN, µSTR and µTGDH with J2ME CDC. The TFAN API will be described in this thesis.
Category / Keywords: cryptographic protocols / µSTR, µTGDH, TFAN, ad-hoc networks, group key agreement
Publication Info: www.nds.rub.de/liao
Date: received 5 Jan 2006
Contact author: lijun liao at rub de
Available format(s): PDF | BibTeX Citation
Note: Master Thesis
Version: 20060110:195707 (All versions of this report)
Short URL: ia.cr/2006/006
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