Can bus privacy?
Best insight from top research papers
Bus privacy is a critical concern in various contexts such as in-vehicle networks, public WiFi systems, and customized-bus sharing services. In the realm of in-vehicle networks, the lack of authentication and encryption in Controller Area Network (CAN) buses poses a risk of compromise by untrusted agents . Similarly, public WiFi spots on buses raise privacy concerns due to open access, with studies showing high probabilities of users being uniquely re-identified from leaked information . Moreover, in customized-bus sharing services, ride clustering for optimal bus routes can inadvertently expose users' locations and travel patterns, necessitating privacy-preserving schemes like fog computing and cryptographic techniques to safeguard user data without compromising clustering quality . These diverse scenarios highlight the importance of addressing bus privacy to ensure data security and user confidentiality in various transportation settings.
Answers from top 4 papers
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| Papers (4) | Insight |
|---|---|
07 May 2018 6 Citations | Privacy-preserving ride clustering in customized-bus sharing is achieved through fog-assisted approach, ensuring user privacy by utilizing Paillier cryptosystem and randomization techniques. |
18 Mar 2020 8 Citations | Bus privacy can be compromised in large-scale bus WiFi systems, with high re-identification risks for users' connection and location data, but can be protected using the PB-HIDE algorithm. |
01 May 2023 | ImageFed proposes a privacy-preserving IDS for CAN bus, utilizing federated CNN to protect vehicle data. It ensures robustness with high accuracy, low latency, and 99.54% f1-score. |
| Yes, bus privacy can be preserved in power systems using a distributed economic dispatch method based on KKT optimality conditions and iteration functions, as outlined in the paper. |
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