Yatish Dubasi Data-verified
Affiliation confirmed via AI analysis of OpenAlex, ORCID, and web sources.
Researcher
unknown
Research Areas
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Biography and Research Information
OverviewAI-generated summary
Yatish Dubasi's research focuses on security and privacy in technological systems, with a particular emphasis on energy and recognition technologies. His work investigates vulnerabilities and proposes mitigation strategies for photovoltaic (PV) systems, as seen in his 2021 publication on PV security. Dubasi has also explored the detection and localization of data forgery attacks within Automatic Generation Control systems, a topic addressed in his 2023 publication. Furthermore, his recent work delves into privacy protection for facial recognition access control, developing methods such as POP-HIT and POP-FA, detailed in his 2024 publications. These studies contribute to the understanding and enhancement of security protocols in interconnected digital environments. Dubasi has collaborated with Alan Mantooth, Ammar Khan, and William Andrew Burroughs on shared publications.
Metrics
- h-index: 2
- Publications: 4
- Citations: 23
Selected Publications
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POP-FA: Paillier and Order-Preserving encryption-based Facial Authentication (2024)
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POP-HIT: Partially Order-Preserving Hash-Induced Transformation for Privacy Protection in Face Recognition Access Control (2024)
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Logicdetect: Real-Time Detection of Faults in Access Control Policy with Logic Circuits (2024)
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Detection and Localization of Data Forgery Attacks in Automatic Generation Control (2023)
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Security Vulnerability and Mitigation in Photovoltaic Systems (2021)
Collaboration Network
Top Collaborators
- Security Vulnerability and Mitigation in Photovoltaic Systems
- Detection and Localization of Data Forgery Attacks in Automatic Generation Control
- POP-FA: Paillier and Order-Preserving encryption-based Facial Authentication
- Security Vulnerability and Mitigation in Photovoltaic Systems
- Security Vulnerability and Mitigation in Photovoltaic Systems
- Detection and Localization of Data Forgery Attacks in Automatic Generation Control
- Detection and Localization of Data Forgery Attacks in Automatic Generation Control
- POP-HIT: Partially Order-Preserving Hash-Induced Transformation for Privacy Protection in Face Recognition Access Control
- POP-HIT: Partially Order-Preserving Hash-Induced Transformation for Privacy Protection in Face Recognition Access Control
- POP-FA: Paillier and Order-Preserving encryption-based Facial Authentication
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