InfoLab
Research Impact
Bibliometric overview of InfoLab's scholarly output and influence.
6,600+
Citations
36+
h-index
67+
i10-index
101
Publications
Bibliometric Overview
Bibliometric figures below are snapshots from Google Scholar; last updated May 2026. Live counts: see the Google Scholar profile linked below.
6,600+
Total Citations
Google Scholar · All time
36+
h-index
At least 36 papers with ≥36 citations each
67+
i10-index
Papers with at least 10 citations
25+
Conference Papers
IEEE, ACM, USENIX, Springer venues
2009–2026
Active Since
Continuous publication record
Top Publication Venues
IEEE
IEEE Transactions on Dependable and Secure Computing
TDSC · Q1
IEEE
IEEE Transactions on Information Forensics & Security
TIFS · Q1
Elsevier
Engineering Applications of Artificial Intelligence
EAAI · Q1
Elsevier
Information Fusion
IF > 17 · Q1
IEEE
IEEE Journal of Biomedical and Health Informatics
JBHI · Q1
Elsevier
Knowledge-Based Systems
KBS · Q1
IEEE
IEEE Transactions on Reliability
TR · Q1
ACM
ACM CCS
Conference · Top-4 Security
ACM
NDSS Symposium
Conference · Top-4 Security
ACM
ACM ASIACCS
Conference · Top Security
Springer
ICPR
Conference · Top Data Science
ACM
KDD
Conference · Top Data Science
Research Funding
NRF · MSIP
Intelligent and Robust Clinical Decision Support System for Alzheimer Disease
March 2021 – Feb. 2024
IITP
SW-oriented College, Sungkyunkwan University
April 2021 – Dec. 2026
IITP
Towards Super Sapiens: Superintelligence for Future Human Innovations
Sep. 2021 – Dec. 2027
IITP
Development of a Policy-Adaptive AI Platform for Personal Information Protection Compliance
Feb. 2022 – Dec. 2027
Research Areas
Security & Adversarial ML
Adversarial attacks, malware detection, intrusion detection, deepfake detection, federated learning security, continuous authentication
Biomedical AI
Alzheimer's progression detection, ICU mortality prediction, clinical decision support, multimodal medical data fusion
Trustworthy & Explainable AI
XAI for high-stakes decisions, dynamic ensemble learning, interpretable deep learning, agentic AI systems