My research focuses on computer vision and medical imaging, where I develop deep learning methods for clinical diagnosis and decision support. I'm particularly interested in uncertainty quantification, multi-modal learning, and neural surface reconstruction.
A progressive learning framework that leverages uncertainty quantification to guide the network's attention from global context to diagnostically ambiguous regions, enabling precise evidence-based classification in CT scans through adaptive feature refinement and multi-scale analysis.
A few-shot learning approach for plant disease detection that learns symptom-centric prototypical representations through uncertainty-aware optimization, enabling accurate disease classification from limited labeled examples in resource-constrained agricultural settings.
A cross-modal deception detection framework that constructs temporal graphs to model audio-visual interactions, capturing subtle discrepancies between verbal and non-verbal cues through graph attention mechanisms to identify deceptive behavior in court trials and game show scenarios.
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Last updated November 2024.