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PEPPER: Precise Privacy-Preserving Contact Tracing with Cheap, BLE/UWB Capable Tokens.

, , , , , , and . WoWMoM, page 290-299. IEEE, (2023)

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Urban-scale cellular offloading through Wi-Fi access points: A measurement-based case study., , , , , , and . RTSI, page 132-137. IEEE, (2015)A Generic Information and Consent Framework for the IoT., , and . TrustCom/BigDataSE, page 366-373. IEEE, (2019)Privacy issues in wireless networks: Every frame you send, they'll be watching you. (Problèmes de vie privée dans les réseaux sans-fil : Every frame you send, they'll be watching you).. (2021)RSSI-Based Fingerprinting of Bluetooth Low Energy Devices., , and . SECRYPT, page 242-253. SCITEPRESS, (2023)On the process of fixing privacy issues in Wi-Fi enabled devices., and . WSA, page 1-6. VDE Berlag / IEEE, (2021)Fingerprinting Bluetooth-Low-Energy Devices Based on the Generic Attribute Profile., and . IoT S&P@CCS, page 24-31. ACM, (2019)Enhancing Transparency and Consent in the IoT., , , and . EuroS&P Workshops, page 116-119. IEEE, (2018)No need to ask the Android: bluetooth-low-energy scanning without the location permission., and . WISEC, page 147-152. ACM, (2021)Himiko: A human interface for monitoring and inferring knowledge on bluetooth-low-energy objects: demo., and . WiSec, page 292-293. ACM, (2019)RoMA: rotating MAC address for privacy protection., , and . SIGCOMM Posters and Demos, page 31-33. ACM, (2022)