Attackers in Wireless Sensor Networks Will Be Neither Random nor Jumping - Secrecy Amplification Case (CANS 2016)

Authors: Radim Ostadal, Petr Svenda, Vaclav Matyas

Abstract: Our paper aims to move the research of secrecy amplification protocols for general ad-hoc networks to more realistic scenarios, conditions and attacker capabilities. The extension of the current attacker models is necessary, including the differentiation based on types of attacker's manipulation with a node, monitoring capabilities and movement strategies. We also aim to propose suitable secrecy amplification protocols that can reflect the new attacker models in different examined scenarios, utilising genetic programming and manual post-processing.

• Conference page: SPW 2016
• Download author pre-print of the paper: pdf
• Download presentation: pdf
• Download used simulator: zip source code
• Download simulator documentation: zip html documentation

Bibtex:

 @inproceedings{attackermodels_spw2016,
   author = {Radim O\v{s}\v{t}\'{a}dal \Petr \v{S}venda \and V{\'a}clav Maty{\'a}\v{s}},
   title = {Reconsidering Attacker Models in Ad-hoc Networks},
   booktitle = {24th International Workshop on Security Protocols (SPW 2016)},
   year = {2016},
   publisher = {{\em To appear in Lecture Notes of Computer Science.} Springer}
 }