Yatish Dubasi
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Biography and Research Information
OverviewAI-generated summary
Yatish Dubasi's research centers on security vulnerabilities and privacy protection across various technological domains. His work includes the development of authentication systems, such as Paillier and Order-Preserving encryption-based Facial Authentication (POP-FA) and Partially Order-Preserving Hash-Induced Transformation for Privacy Protection in Face Recognition Access Control (POP-HIT). He has also investigated methods for detecting and localizing data forgery attacks in automatic generation control and explored security vulnerabilities and mitigation strategies within photovoltaic systems. Dubasi has published work on Secret Algebraic Fusion of Embeddings for Private Multi-modal Biometric Authentication (SAFE) and Hash-Induced Transformation for Keystroke Dynamics-Based Private Continuous Authentication (Key-HIT). His research also extends to the real-time detection of faults in access control policies using logic circuits (Logicdetect).
Dubasi collaborates with researchers at the University of Arkansas at Fayetteville, including Qinghua Li, with whom he shares three publications, and H. Alan Mantooth, Ammar Khan, and William Andrew Burroughs, each with one shared publication. He has a publication record dating back to 2021, with recent work published in 2024 and 2026, indicating ongoing research activity. His scholarship metrics include an h-index of 3, with 8 total publications and 32 total citations.
Metrics
- h-index: 3
- Publications: 8
- Citations: 32
Selected Publications
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Key-HIT: Hash-Induced Transformation for Keystroke Dynamics-Based Private Continuous Authentication (2026)
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SAFE: Secret Algebraic Fusion of Embeddings for Private Multi-modal Biometric Authentication (2026)
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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
- Detection and Localization of Data Forgery Attacks in Automatic Generation Control
- Security Vulnerability and Mitigation in Photovoltaic Systems
- POP-FA: Paillier and Order-Preserving encryption-based Facial Authentication
- POP-HIT: Partially Order-Preserving Hash-Induced Transformation for Privacy Protection in Face Recognition Access Control
- Logicdetect: Real-Time Detection of Faults in Access Control Policy with Logic Circuits
- 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
- Logicdetect: Real-Time Detection of Faults in Access Control Policy with Logic Circuits
- Logicdetect: Real-Time Detection of Faults in Access Control Policy with Logic Circuits
- 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
- SAFE: Secret Algebraic Fusion of Embeddings for Private Multi-modal Biometric Authentication
- Key-HIT: Hash-Induced Transformation for Keystroke Dynamics-Based Private Continuous Authentication
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