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Titlebook: Security and Privacy in Ad-hoc and Sensor Networks; Second European Work Refik Molva,Gene Tsudik,Dirk Westhoff Conference proceedings 2005

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RFID System with Fairness Within the Framework of Security and Privacy,involves improving the security and privacy of existing RFID systems while keeping in line with procedures already accepted by the industrial world. The proposed system enables the protection of users’ privacy from unwanted scanning, and, when necessary, is conditionally traceable to the tag by authorized administrators.
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Remote Software-Based Attestation for Wireless Sensors,ss of our approach is not dependent on accurate measurements of the execution time of the attestation program. Further, we do not require any additional hardware support for performing remote attestation. Our attestation procedure is designed to detect even small memory changes and is designed to be resistant against modifications by the attacker.
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Spontaneous Cooperation in Multi-domain Sensor Networks,erativeness of the other networks and exploits them. We study this problem in a game theoretic setting, and show that, in most cases, there is a Nash equilibrium in the system, in which at least one of the strategies is cooperative, even without introducing any external incentives (e.g., payments).
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Statistical Wormhole Detection in Sensor Networks,network. Both mechanisms assume that the sensors send their neighbor list to the base station, and it is the base station that runs the algorithms on the network graph that is reconstructed from the received neighborhood information. We describe these mechanisms and investigate their performance by means of simulation.
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Location Privacy in Bluetooth, device’s frequency hop pattern, requires just a few packets and is practicable. Based on a realistic usage scenario, we develop an enhanced privacy framework with stronger unlinkability, using protected stateful pseudonyms and simple primitives.
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