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Privacy, Security, and Identity / Privacy-Enhancing Technologies

How can natural anomalies (e.g., health deterioration) be distinguished from malicious anomalies (e.g., attacks) in healthcare data?

helpResearch questionPrivacy-Enhancing Technologies

How can natural anomalies (e.g., health deterioration) be distinguished from malicious anomalies (e.g., attacks) in healthcare data?

UbiComp '21Differentially Private Federated Learning for Anomaly Detection in eHealth Networks

Similar questions

helpResearch questionPrivacy-Enhancing Technologies

How do anonymous online discussion platforms affect employees' willingness to discuss cybersecurity topics?

CHI '25Using Anonymous Discussion Platforms to Support Open Conversations about Cybersecurity in Organisations

helpResearch questionPrivacy-Enhancing Technologies

How do anonymity mechanisms improve employee acceptance of and feedback on cybersecurity policies?

CHI '25Using Anonymous Discussion Platforms to Support Open Conversations about Cybersecurity in Organisations

helpResearch questionPrivacy-Enhancing Technologies

What role do anonymous discussion platforms play in collecting and improving cybersecurity culture?

CHI '25Using Anonymous Discussion Platforms to Support Open Conversations about Cybersecurity in Organisations

helpResearch questionPrivacy-Enhancing Technologies

How well do ordinary users understand transfer risks in smart contracts (e.g., USDT contracts)?

CHI '25Understanding End-User Perception of Transfer Risks in Smart Contracts

helpResearch questionPrivacy-Enhancing Technologies

Which transfer risks (e.g., user blacklisting, contract upgradability) are most common in ERC-20 smart contracts?

CHI '25Understanding End-User Perception of Transfer Risks in Smart Contracts

helpResearch questionPrivacy-Enhancing Technologies

Can automated detection algorithms effectively identify transfer risks in smart contracts?

CHI '25Understanding End-User Perception of Transfer Risks in Smart Contracts

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